/home/hudson/saved_omc/OMSimulator/install/bin/OMSimulator -r=ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying_res.mat --tempDir=temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu --startTime=0 --stopTime=10 --timeout=50 --tolerance=1e-06 ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.fmu LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/BoundaryConditions/BoundaryGas_Txim_flow.mo:48:3-48:42:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((flueGasFlowSourcee_bottom.s_port >= 0.0)) --> "Variable violating min constraint: 0.0 <= flueGasFlowSourcee_bottom.s_port, has value: -30.9816" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/BaseClasses/CombustionChamberBase.mo:112:3-112:107:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.xi_flueGas_id[6] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner1.xi_flueGas_id[6], has value: -2.03213" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/ChemicalReactions/PartialReactionZone.mo:10:3-10:96:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.reactionZone.prod_comp[6] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner1.reactionZone.prod_comp[6], has value: -2.00469" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic.mo:106:3-106:95:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.xi_flueGasMix[1] >= 0.0 and burner1.xi_flueGasMix[1] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.xi_flueGasMix[1] <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic.mo:106:3-106:95:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.xi_flueGasMix[2] >= 0.0 and burner1.xi_flueGasMix[2] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.xi_flueGasMix[2] <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic.mo:106:3-106:95:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.xi_flueGasMix[4] >= 0.0 and burner1.xi_flueGasMix[4] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.xi_flueGasMix[4] <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic.mo:106:3-106:95:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.xi_flueGasMix[7] >= 0.0 and burner1.xi_flueGasMix[7] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.xi_flueGasMix[7] <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic.mo:106:3-106:95:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.xi_flueGasMix[8] >= 0.0 and burner1.xi_flueGasMix[8] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.xi_flueGasMix[8] <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic.mo:106:3-106:95:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.xi_flueGasMix[9] >= 0.0 and burner1.xi_flueGasMix[9] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.xi_flueGasMix[9] <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:27:3-28:20:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.xi_dryGas[1] >= 0.0 and burner1.inlet_GasMix.xi_dryGas[1] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.inlet_GasMix.xi_dryGas[1] <= 1.0, has value: -0.000105468" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:27:3-28:20:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.xi_dryGas[2] >= 0.0 and burner1.inlet_GasMix.xi_dryGas[2] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.inlet_GasMix.xi_dryGas[2] <= 1.0, has value: -0.000105468" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:27:3-28:20:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.xi_dryGas[4] >= 0.0 and burner1.inlet_GasMix.xi_dryGas[4] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.inlet_GasMix.xi_dryGas[4] <= 1.0, has value: -0.000105468" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:27:3-28:20:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.xi_dryGas[7] >= 0.0 and burner1.inlet_GasMix.xi_dryGas[7] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.inlet_GasMix.xi_dryGas[7] <= 1.0, has value: -0.000105468" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:27:3-28:20:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.xi_dryGas[8] >= 0.0 and burner1.inlet_GasMix.xi_dryGas[8] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.inlet_GasMix.xi_dryGas[8] <= 1.0, has value: -0.000105468" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:29:3-29:50:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.x[1] >= 0.0 and burner1.inlet_GasMix.x[1] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.inlet_GasMix.x[1] <= 1.0, has value: -6.9375e-05" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:29:3-29:50:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.x[2] >= 0.0 and burner1.inlet_GasMix.x[2] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.inlet_GasMix.x[2] <= 1.0, has value: -0.000108979" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:29:3-29:50:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.x[4] >= 0.0 and burner1.inlet_GasMix.x[4] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.inlet_GasMix.x[4] <= 1.0, has value: -4.76478e-05" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:29:3-29:50:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.x[7] >= 0.0 and burner1.inlet_GasMix.x[7] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.inlet_GasMix.x[7] <= 1.0, has value: -6.93548e-05" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:29:3-29:50:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.x[8] >= 0.0 and burner1.inlet_GasMix.x[8] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.inlet_GasMix.x[8] <= 1.0, has value: -0.00016944" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:29:3-29:50:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.x[9] >= 0.0 and burner1.inlet_GasMix.x[9] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.inlet_GasMix.x[9] <= 1.0, has value: -0.00017924" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:44:3-44:56:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.p_i[2] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner1.inlet_GasMix.p_i[2], has value: -10.8971" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:44:3-44:56:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.p_i[4] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner1.inlet_GasMix.p_i[4], has value: -4.76445" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:44:3-44:56:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.p_i[7] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner1.inlet_GasMix.p_i[7], has value: -6.935" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:44:3-44:56:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.p_i[8] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner1.inlet_GasMix.p_i[8], has value: -16.9428" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:44:3-44:56:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.p_i[9] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner1.inlet_GasMix.p_i[9], has value: -17.9227" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:44:3-44:56:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.p_i[10] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner1.inlet_GasMix.p_i[10], has value: -7.64065" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:45:3-45:73:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner1.inlet_GasMix.xi_gas >= 0.0 and burner1.inlet_GasMix.xi_gas <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner1.inlet_GasMix.xi_gas <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/BaseClasses/CombustionChamberBase.mo:112:3-112:107:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.xi_flueGas_id[6] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner2.xi_flueGas_id[6], has value: -2.03213" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/ChemicalReactions/PartialReactionZone.mo:10:3-10:96:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.reactionZone.prod_comp[6] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner2.reactionZone.prod_comp[6], has value: -2.00469" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic.mo:106:3-106:95:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.xi_flueGasMix[1] >= 0.0 and burner2.xi_flueGasMix[1] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.xi_flueGasMix[1] <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic.mo:106:3-106:95:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.xi_flueGasMix[2] >= 0.0 and burner2.xi_flueGasMix[2] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.xi_flueGasMix[2] <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic.mo:106:3-106:95:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.xi_flueGasMix[4] >= 0.0 and burner2.xi_flueGasMix[4] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.xi_flueGasMix[4] <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic.mo:106:3-106:95:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.xi_flueGasMix[7] >= 0.0 and burner2.xi_flueGasMix[7] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.xi_flueGasMix[7] <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic.mo:106:3-106:95:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.xi_flueGasMix[8] >= 0.0 and burner2.xi_flueGasMix[8] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.xi_flueGasMix[8] <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic.mo:106:3-106:95:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.xi_flueGasMix[9] >= 0.0 and burner2.xi_flueGasMix[9] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.xi_flueGasMix[9] <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:27:3-28:20:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.xi_dryGas[1] >= 0.0 and burner2.inlet_GasMix.xi_dryGas[1] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.inlet_GasMix.xi_dryGas[1] <= 1.0, has value: -0.000105468" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:27:3-28:20:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.xi_dryGas[2] >= 0.0 and burner2.inlet_GasMix.xi_dryGas[2] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.inlet_GasMix.xi_dryGas[2] <= 1.0, has value: -0.000105468" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:27:3-28:20:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.xi_dryGas[4] >= 0.0 and burner2.inlet_GasMix.xi_dryGas[4] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.inlet_GasMix.xi_dryGas[4] <= 1.0, has value: -0.000105468" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:27:3-28:20:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.xi_dryGas[7] >= 0.0 and burner2.inlet_GasMix.xi_dryGas[7] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.inlet_GasMix.xi_dryGas[7] <= 1.0, has value: -0.000105468" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:27:3-28:20:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.xi_dryGas[8] >= 0.0 and burner2.inlet_GasMix.xi_dryGas[8] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.inlet_GasMix.xi_dryGas[8] <= 1.0, has value: -0.000105468" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:29:3-29:50:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.x[1] >= 0.0 and burner2.inlet_GasMix.x[1] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.inlet_GasMix.x[1] <= 1.0, has value: -6.9375e-05" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:29:3-29:50:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.x[2] >= 0.0 and burner2.inlet_GasMix.x[2] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.inlet_GasMix.x[2] <= 1.0, has value: -0.000108979" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:29:3-29:50:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.x[4] >= 0.0 and burner2.inlet_GasMix.x[4] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.inlet_GasMix.x[4] <= 1.0, has value: -4.76478e-05" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:29:3-29:50:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.x[7] >= 0.0 and burner2.inlet_GasMix.x[7] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.inlet_GasMix.x[7] <= 1.0, has value: -6.93548e-05" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:29:3-29:50:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.x[8] >= 0.0 and burner2.inlet_GasMix.x[8] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.inlet_GasMix.x[8] <= 1.0, has value: -0.00016944" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:29:3-29:50:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.x[9] >= 0.0 and burner2.inlet_GasMix.x[9] <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.inlet_GasMix.x[9] <= 1.0, has value: -0.00017924" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:44:3-44:56:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.p_i[2] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner2.inlet_GasMix.p_i[2], has value: -10.8971" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:44:3-44:56:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.p_i[4] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner2.inlet_GasMix.p_i[4], has value: -4.76445" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:44:3-44:56:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.p_i[7] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner2.inlet_GasMix.p_i[7], has value: -6.935" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:44:3-44:56:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.p_i[8] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner2.inlet_GasMix.p_i[8], has value: -16.9428" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:44:3-44:56:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.p_i[9] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner2.inlet_GasMix.p_i[9], has value: -17.9227" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:44:3-44:56:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.p_i[10] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner2.inlet_GasMix.p_i[10], has value: -7.64065" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/TILMedia 1.8.1-main/BaseClasses/PartialGas_ph.mo:45:3-45:73:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner2.inlet_GasMix.xi_gas >= 0.0 and burner2.inlet_GasMix.xi_gas <= 1.0)) --> "Variable violating min/max constraint: 0.0 <= burner2.inlet_GasMix.xi_gas <= 1.0, has value: -0.000105479" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/BaseClasses/CombustionChamberBase.mo:112:3-112:107:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((flameRoomWithTubeBundle_L2_Dynamic.xi_flueGas_id[6] >= 0.0)) --> "Variable violating min constraint: 0.0 <= flameRoomWithTubeBundle_L2_Dynamic.xi_flueGas_id[6], has value: -2.03125" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/BaseClasses/CombustionChamberBase.mo:123:3-123:116:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((flameRoomWithTubeBundle_L2_Dynamic.m_flow_oxygen_req >= 1e-15)) --> "Variable violating min constraint: 1e-15 <= flameRoomWithTubeBundle_L2_Dynamic.m_flow_oxygen_req, has value: 0" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/ChemicalReactions/PartialReactionZone.mo:10:3-10:96:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((flameRoomWithTubeBundle_L2_Dynamic.reactionZone.prod_comp[6] >= 0.0)) --> "Variable violating min constraint: 0.0 <= flameRoomWithTubeBundle_L2_Dynamic.reactionZone.prod_comp[6], has value: -2.00383" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/BoundaryConditions/BoundaryGas_Txim_flow.mo:48:3-48:42:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((flueGasFlowSourcee_bottom1.s_port >= 0.0)) --> "Variable violating min constraint: 0.0 <= flueGasFlowSourcee_bottom1.s_port, has value: -26.7888" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/BaseClasses/CombustionChamberBase.mo:112:3-112:107:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner_drying.xi_flueGas_id[6] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner_drying.xi_flueGas_id[6], has value: -2.03213" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/ChemicalReactions/PartialReactionZone.mo:10:3-10:96:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner_drying.reactionZone.prod_comp[6] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner_drying.reactionZone.prod_comp[6], has value: -2.00469" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/ChemicalReactions/PartialReactionZone.mo:10:3-10:96:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner_drying.reactionZone_out.prod_comp[6] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner_drying.reactionZone_out.prod_comp[6], has value: -2.00383" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/Burner/Burner_L2_Dynamic_fuelDrying.mo:270:3-270:68:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner_drying.xi_flueGas_id_out[6] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner_drying.xi_flueGas_id_out[6], has value: -2.03213" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/BaseClasses/CombustionChamberBase.mo:112:3-112:107:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner.xi_flueGas_id[6] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner.xi_flueGas_id[6], has value: -2.03213" LOG_ASSERT | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ClaRa 1.8.1/Components/Furnace/ChemicalReactions/PartialReactionZone.mo:10:3-10:96:writable] | | | | The following assertion has been violated at time 0.000000 | | | | ((burner.reactionZone.prod_comp[6] >= 0.0)) --> "Variable violating min constraint: 0.0 <= burner.reactionZone.prod_comp[6], has value: -2.00469" info: maximum step size for 'model.root': 0.001000 info: Result file: ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying_res.mat (bufferSize=1) info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.bulk.gasType.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.bulk.gasType.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.bulk.gasType.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.bulk.gasType.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.bulk.gasType.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.bulk.gasType.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.bulk.gasType.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.bulk.gasType.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.bulk.gasType.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.bulk.gasType.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.bulk.gasType.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.fuelFlueGas_inlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.fuelFlueGas_inlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.fuelFlueGas_inlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.fuelFlueGas_inlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.fuelFlueGas_inlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.fuelFlueGas_inlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.fuelFlueGas_inlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.fuelFlueGas_inlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.fuelFlueGas_inlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.fuelFlueGas_inlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.fuelFlueGas_inlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.heattransfer_top.suspension_calculationType will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.heattransfer_wall.suspension_calculationType will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.heattransfer_wall.temperatureDifference will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.ideal_combustion.gasType.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.ideal_combustion.gasType.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.ideal_combustion.gasType.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.ideal_combustion.gasType.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.ideal_combustion.gasType.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.ideal_combustion.gasType.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.ideal_combustion.gasType.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.ideal_combustion.gasType.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.ideal_combustion.gasType.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.ideal_combustion.gasType.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.ideal_combustion.gasType.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.inlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.inlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.inlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.inlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.inlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.inlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.inlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.inlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.inlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.inlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.inlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.outlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.outlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.outlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.outlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.outlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.outlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.outlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.outlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.outlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.outlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.outlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.reactionZone.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.reactionZone.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.reactionZone.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.reactionZone.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.reactionZone.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.reactionZone.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.reactionZone.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.reactionZone.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.reactionZone.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.reactionZone.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.reactionZone.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.fuelFlueGas_inlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.inlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.inlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.inlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.inlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.inlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.inlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.inlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.inlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.inlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.inlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.inlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.outlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.outlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.outlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.outlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.outlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.outlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.outlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.outlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.outlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.outlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner.summary.outlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.bulk.gasType.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.bulk.gasType.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.bulk.gasType.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.bulk.gasType.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.bulk.gasType.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.bulk.gasType.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.bulk.gasType.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.bulk.gasType.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.bulk.gasType.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.bulk.gasType.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.bulk.gasType.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.fuelFlueGas_inlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.fuelFlueGas_inlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.fuelFlueGas_inlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.fuelFlueGas_inlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.fuelFlueGas_inlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.fuelFlueGas_inlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.fuelFlueGas_inlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.fuelFlueGas_inlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.fuelFlueGas_inlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.fuelFlueGas_inlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.fuelFlueGas_inlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.heattransfer_top.suspension_calculationType will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.heattransfer_wall.suspension_calculationType will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.heattransfer_wall.temperatureDifference will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.ideal_combustion.gasType.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.ideal_combustion.gasType.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.ideal_combustion.gasType.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.ideal_combustion.gasType.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.ideal_combustion.gasType.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.ideal_combustion.gasType.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.ideal_combustion.gasType.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.ideal_combustion.gasType.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.ideal_combustion.gasType.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.ideal_combustion.gasType.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.ideal_combustion.gasType.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.inlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.inlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.inlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.inlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.inlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.inlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.inlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.inlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.inlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.inlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.inlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.outlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.outlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.outlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.outlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.outlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.outlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.outlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.outlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.outlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.outlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.outlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.reactionZone.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.reactionZone.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.reactionZone.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.reactionZone.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.reactionZone.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.reactionZone.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.reactionZone.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.reactionZone.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.reactionZone.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.reactionZone.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.reactionZone.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.fuelFlueGas_inlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.inlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.inlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.inlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.inlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.inlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.inlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.inlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.inlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.inlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.inlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.inlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.outlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.outlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.outlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.outlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.outlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.outlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.outlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.outlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.outlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.outlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner1.summary.outlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.bulk.gasType.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.bulk.gasType.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.bulk.gasType.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.bulk.gasType.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.bulk.gasType.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.bulk.gasType.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.bulk.gasType.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.bulk.gasType.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.bulk.gasType.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.bulk.gasType.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.bulk.gasType.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.fuelFlueGas_inlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.fuelFlueGas_inlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.fuelFlueGas_inlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.fuelFlueGas_inlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.fuelFlueGas_inlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.fuelFlueGas_inlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.fuelFlueGas_inlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.fuelFlueGas_inlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.fuelFlueGas_inlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.fuelFlueGas_inlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.fuelFlueGas_inlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.heattransfer_top.suspension_calculationType will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.heattransfer_wall.suspension_calculationType will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.heattransfer_wall.temperatureDifference will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.ideal_combustion.gasType.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.ideal_combustion.gasType.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.ideal_combustion.gasType.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.ideal_combustion.gasType.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.ideal_combustion.gasType.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.ideal_combustion.gasType.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.ideal_combustion.gasType.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.ideal_combustion.gasType.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.ideal_combustion.gasType.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.ideal_combustion.gasType.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.ideal_combustion.gasType.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.inlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.inlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.inlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.inlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.inlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.inlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.inlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.inlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.inlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.inlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.inlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.outlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.outlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.outlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.outlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.outlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.outlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.outlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.outlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.outlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.outlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.outlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.reactionZone.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.reactionZone.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.reactionZone.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.reactionZone.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.reactionZone.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.reactionZone.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.reactionZone.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.reactionZone.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.reactionZone.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.reactionZone.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.reactionZone.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.fuelFlueGas_inlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.inlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.inlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.inlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.inlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.inlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.inlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.inlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.inlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.inlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.inlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.inlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.outlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.outlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.outlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.outlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.outlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.outlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.outlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.outlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.outlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.outlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner2.summary.outlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.bulk.gasType.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.bulk.gasType.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.bulk.gasType.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.bulk.gasType.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.bulk.gasType.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.bulk.gasType.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.bulk.gasType.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.bulk.gasType.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.bulk.gasType.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.bulk.gasType.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.bulk.gasType.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.fuelFlueGas_inlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.fuelFlueGas_inlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.fuelFlueGas_inlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.fuelFlueGas_inlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.fuelFlueGas_inlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.fuelFlueGas_inlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.fuelFlueGas_inlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.fuelFlueGas_inlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.fuelFlueGas_inlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.fuelFlueGas_inlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.fuelFlueGas_inlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.heattransfer_wall.temperatureDifference will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.ideal_combustion.gasType.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.ideal_combustion.gasType.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.ideal_combustion.gasType.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.ideal_combustion.gasType.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.ideal_combustion.gasType.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.ideal_combustion.gasType.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.ideal_combustion.gasType.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.ideal_combustion.gasType.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.ideal_combustion.gasType.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.ideal_combustion.gasType.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.ideal_combustion.gasType.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.inlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.inlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.inlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.inlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.inlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.inlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.inlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.inlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.inlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.inlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.inlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.outlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.outlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.outlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.outlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.outlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.outlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.outlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.outlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.outlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.outlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.outlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone_out.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone_out.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone_out.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone_out.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone_out.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone_out.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone_out.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone_out.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone_out.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone_out.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.reactionZone_out.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.fuelFlueGas_inlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.fuelFlueGas_inlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.inlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.inlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.inlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.inlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.inlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.inlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.inlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.inlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.inlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.inlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.inlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.outlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.outlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.outlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.outlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.outlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.outlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.outlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.outlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.outlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.outlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.burner_drying.summary.outlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas_inlet.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas_inlet.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas_inlet.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas_inlet.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas_inlet.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas_inlet.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas_inlet.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas_inlet.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas_inlet.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas_inlet.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.flueGas_inlet.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.fuelFlueGas_outlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.fuelFlueGas_outlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.fuelFlueGas_outlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.fuelFlueGas_outlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.fuelFlueGas_outlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.fuelFlueGas_outlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.fuelFlueGas_outlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.fuelFlueGas_outlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.fuelFlueGas_outlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.fuelFlueGas_outlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner.fuelFlueGas_outlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas_inlet.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas_inlet.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas_inlet.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas_inlet.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas_inlet.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas_inlet.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas_inlet.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas_inlet.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas_inlet.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas_inlet.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.flueGas_inlet.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.fuelFlueGas_outlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.fuelFlueGas_outlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.fuelFlueGas_outlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.fuelFlueGas_outlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.fuelFlueGas_outlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.fuelFlueGas_outlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.fuelFlueGas_outlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.fuelFlueGas_outlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.fuelFlueGas_outlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.fuelFlueGas_outlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner1.fuelFlueGas_outlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas_inlet.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas_inlet.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas_inlet.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas_inlet.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas_inlet.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas_inlet.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas_inlet.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas_inlet.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas_inlet.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas_inlet.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.flueGas_inlet.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.fuelFlueGas_outlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.fuelFlueGas_outlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.fuelFlueGas_outlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.fuelFlueGas_outlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.fuelFlueGas_outlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.fuelFlueGas_outlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.fuelFlueGas_outlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.fuelFlueGas_outlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.fuelFlueGas_outlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.fuelFlueGas_outlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner2.fuelFlueGas_outlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas_inlet.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas_inlet.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas_inlet.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas_inlet.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas_inlet.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas_inlet.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas_inlet.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas_inlet.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas_inlet.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas_inlet.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.flueGas_inlet.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.fuelFlueGas_outlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.fuelFlueGas_outlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.fuelFlueGas_outlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.fuelFlueGas_outlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.fuelFlueGas_outlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.fuelFlueGas_outlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.fuelFlueGas_outlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.fuelFlueGas_outlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.fuelFlueGas_outlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.fuelFlueGas_outlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalGas_join_burner3.fuelFlueGas_outlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas_inlet.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas_inlet.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas_inlet.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas_inlet.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas_inlet.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas_inlet.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas_inlet.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas_inlet.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas_inlet.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas_inlet.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.flueGas_inlet.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.fuelSlagFlueGas_outlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas_inlet.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas_inlet.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas_inlet.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas_inlet.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas_inlet.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas_inlet.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas_inlet.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas_inlet.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas_inlet.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas_inlet.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.flueGas_inlet.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.fuelSlagFlueGas_outlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_join1.fuelSlagFlueGas_outlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas_outlet.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas_outlet.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas_outlet.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas_outlet.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas_outlet.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas_outlet.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas_outlet.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas_outlet.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas_outlet.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas_outlet.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.flueGas_outlet.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.fuelSlagFlueGas_inlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas_outlet.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas_outlet.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas_outlet.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas_outlet.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas_outlet.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas_outlet.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas_outlet.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas_outlet.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas_outlet.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas_outlet.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.flueGas_outlet.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.fuelSlagFlueGas_inlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.coalSlagFlueGas_split_top1.fuelSlagFlueGas_inlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.bulk.gasType.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.bulk.gasType.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.bulk.gasType.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.bulk.gasType.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.bulk.gasType.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.bulk.gasType.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.bulk.gasType.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.bulk.gasType.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.bulk.gasType.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.bulk.gasType.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.bulk.gasType.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.heattransfer_CarrierTubes.temperatureDifference will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.suspension_calculationType will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.temperatureDifference will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.heattransfer_top.suspension_calculationType will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.heattransfer_wall.suspension_calculationType will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.heattransfer_wall.temperatureDifference will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.ideal_combustion.gasType.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.ideal_combustion.gasType.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.ideal_combustion.gasType.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.ideal_combustion.gasType.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.ideal_combustion.gasType.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.ideal_combustion.gasType.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.ideal_combustion.gasType.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.ideal_combustion.gasType.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.ideal_combustion.gasType.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.ideal_combustion.gasType.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.ideal_combustion.gasType.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.inlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.inlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.inlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.inlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.inlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.inlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.inlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.inlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.inlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.inlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.inlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.outlet.flueGas.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.outlet.flueGas.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.outlet.flueGas.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.outlet.flueGas.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.outlet.flueGas.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.outlet.flueGas.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.outlet.flueGas.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.outlet.flueGas.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.outlet.flueGas.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.outlet.flueGas.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.outlet.flueGas.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.reactionZone.flueGas.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.reactionZone.flueGas.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.reactionZone.flueGas.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.reactionZone.flueGas.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.reactionZone.flueGas.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.reactionZone.flueGas.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.reactionZone.flueGas.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.reactionZone.flueGas.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.reactionZone.flueGas.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.reactionZone.flueGas.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.reactionZone.flueGas.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.inlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.inlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.inlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.inlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.inlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.inlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.inlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.inlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.inlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.inlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.inlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.outlet.flueGas.mediumModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.outlet.flueGas.mediumModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.outlet.flueGas.mediumModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.outlet.flueGas.mediumModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.outlet.flueGas.mediumModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.outlet.flueGas.mediumModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.outlet.flueGas.mediumModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.outlet.flueGas.mediumModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.outlet.flueGas.mediumModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.outlet.flueGas.mediumModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.summary.outlet.flueGas.mediumModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.gas_a.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.gas_a.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.gas_a.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.gas_a.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.gas_a.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.gas_a.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.gas_a.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.gas_a.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.gas_a.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.gas_a.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.gas_a.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.gas_a.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.gas_a.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.gas_a.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.gas_a.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.gas_a.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.gas_a.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.gas_a.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.gas_a.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.gas_a.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.gas_a.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.gas_a.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource1.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.gas_a.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.gas_a.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.gas_a.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.gas_a.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.gas_a.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.gas_a.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.gas_a.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.gas_a.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.gas_a.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.gas_a.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.gas_a.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource2.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.gas_a.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.gas_a.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.gas_a.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.gas_a.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.gas_a.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.gas_a.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.gas_a.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.gas_a.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.gas_a.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.gas_a.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.gas_a.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSource3.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.gas_a.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.gas_a.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.gas_a.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.gas_a.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.gas_a.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.gas_a.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.gas_a.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.gas_a.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.gas_a.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.gas_a.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.gas_a.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.gas_a.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.gas_a.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.gas_a.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.gas_a.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.gas_a.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.gas_a.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.gas_a.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.gas_a.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.gas_a.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.gas_a.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.gas_a.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasFlowSourcee_bottom1.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.gas_a.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.gas_a.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.gas_a.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.gas_a.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.gas_a.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.gas_a.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.gas_a.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.gas_a.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.gas_a.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.gas_a.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.gas_a.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.eyeOut.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.eyeOut.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.eyeOut.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.eyeOut.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.eyeOut.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.eyeOut.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.eyeOut.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.eyeOut.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.eyeOut.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.eyeOut.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.eyeOut.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.gas_a.Medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.gas_a.Medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.gas_a.Medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.gas_a.Medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.gas_a.Medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.gas_a.Medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.gas_a.Medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.gas_a.Medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.gas_a.Medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.gas_a.Medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.gas_a.Medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.medium.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.medium.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.medium.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.medium.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.medium.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.medium.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.medium.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.medium.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.medium.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.medium.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.flueGasPressureSink_top1.medium.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.airModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.airModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.airModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.airModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.airModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.airModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.airModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.airModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.airModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.airModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.airModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.flueGasModel.concatGasName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.flueGasModel.gasNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.flueGasModel.gasNames[2] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.flueGasModel.gasNames[3] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.flueGasModel.gasNames[4] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.flueGasModel.gasNames[5] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.flueGasModel.gasNames[6] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.flueGasModel.gasNames[7] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.flueGasModel.gasNames[8] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.flueGasModel.gasNames[9] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.flueGasModel.gasNames[10] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.fluid1.concatVLEFluidName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.fluid1.vleFluidNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.fluid2.concatVLEFluidName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.fluid2.vleFluidNames[1] will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.fluid3.concatVLEFluidName will not be stored in the result file, because the signal type is not supported info: Variable model.root.ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying.simCenter.fluid3.vleFluidNames[1] will not be stored in the result file, because the signal type is not supported warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -9794.92 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -6054.96 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3605.28 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -2000.75 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -949.778 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -261.392 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -7240.36 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -4407.78 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -2552.44 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -1337.2 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -541.211 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -19.8395 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3983 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -2293.8 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -1187.38 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -462.679 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -7276.04 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -4100.33 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -2020.24 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -657.782 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -475.836 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -1362.82 should be >= 0 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 0.000000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -246.437 should be >= 0 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 8.148000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3.13591e+06 should be >= 0 LOG_STDOUT | warning | While solving non-linear system an assertion failed at time 8.148. | | | | | The non-linear solver tries to solve the problem that could take some time. | | | | | It could help to provide better start-values for the iteration variables. | | | | | For more information simulate with -lv LOG_NLS_V LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 8.841000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3.13657e+06 should be >= 0 LOG_STDOUT | warning | While solving non-linear system an assertion failed at time 8.841. | | | | | The non-linear solver tries to solve the problem that could take some time. | | | | | It could help to provide better start-values for the iteration variables. | | | | | For more information simulate with -lv LOG_NLS_V LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=299.978 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=299.969 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=348.032 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=287.599 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=326.318 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.176 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=328.609 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=317.505 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.171 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=306.17 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=315.394 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=333.779 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=370.836 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=447.603 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=407.642 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=479.214 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=469.419 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 8.841000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -2.26087e+07 should be >= 0 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 8.841000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3.13657e+06 should be >= 0 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 9.643000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3.13856e+06 should be >= 0 LOG_STDOUT | warning | While solving non-linear system an assertion failed at time 9.643. | | | | | The non-linear solver tries to solve the problem that could take some time. | | | | | It could help to provide better start-values for the iteration variables. | | | | | For more information simulate with -lv LOG_NLS_V LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=299.978 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=299.969 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=348.015 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=287.584 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=326.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.974 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.973 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.964 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=269.96 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=353.832 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=329.632 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=292.241 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=338.998 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 9.643000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -8.96413e+06 should be >= 0 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 9.643000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3.13856e+06 should be >= 0 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 9.643000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3.13856e+06 should be >= 0 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 9.675000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3.13723e+06 should be >= 0 LOG_STDOUT | warning | While solving non-linear system an assertion failed at time 9.675. | | | | | The non-linear solver tries to solve the problem that could take some time. | | | | | It could help to provide better start-values for the iteration variables. | | | | | For more information simulate with -lv LOG_NLS_V LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=299.978 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=299.969 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=348.038 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=287.596 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=326.353 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.153 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.143 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.139 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=310.234 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=295.005 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=334.689 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.275 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 9.675000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -2.68089e+06 should be >= 0 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 9.675000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3.13723e+06 should be >= 0 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 9.675000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3.13723e+06 should be >= 0 LOG_STDOUT | warning | While solving non-linear system an assertion failed at time 9.675. | | | | | The non-linear solver tries to solve the problem that could take some time. | | | | | It could help to provide better start-values for the iteration variables. | | | | | For more information simulate with -lv LOG_NLS_V LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=299.978 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=299.969 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=348.038 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=287.596 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=326.353 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.153 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.152 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.143 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=270.139 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=310.234 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=295.005 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=282.242 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=334.689 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.275 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300.274 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1.34845]). warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 9.675000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -2.68089e+06 should be >= 0 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 9.675000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3.13723e+06 should be >= 0 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 9.715000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3.13728e+06 should be >= 0 LOG_STDOUT | warning | While solving non-linear system an assertion failed at time 9.715. | | | | | The non-linear solver tries to solve the problem that could take some time. | | | | | It could help to provide better start-values for the iteration variables. | | | | | For more information simulate with -lv LOG_NLS_V LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): only condensing component in mixture is not allowed (xi[condensingIndex]=1]). LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=300 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.367 LOG_STDOUT | info | TILMedia-Error(Test_burner_adiabatic_fuelDrying.flameRoomWithTubeBundle_L2_Dynamic.flueGasOutlet, GM_GasMixtureModel_computeState_pTxi, mediumPointerID=50): Density is negative! Inputs, p=100000, T=297.498 warning: /var/lib/jenkins1/ws/OpenModelicaLibraryTestingWork/OpenModelicaLibraryTesting/ClaRa_ClaRa.Components.Furnace.Check.Test_burner_adiabatic_fuelDrying/temp_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying_fmu/model-aqht4rwp/temp/0001_ClaRa_ClaRa_Components_Furnace_Check_Test_burner_adiabatic_fuelDrying (logStatusWarning): The following assertion has been violated at time 9.991000 LOG_ASSERT | debug | Model error: Argument of sqrt(flameRoomWithTubeBundle_L2_Dynamic.heattransfer_TubeBundle.Re_psi1) was -3.1389e+06 should be >= 0 LOG_STDOUT | warning | While solving non-linear system an assertion failed at time 9.991. | | | | | The non-linear solver tries to solve the problem that could take some time. | | | | | It could help to provide better start-values for the iteration variables. | | | | | For more information simulate with -lv LOG_NLS_V info: Final Statistics for 'model.root': NumSteps = 10232 NumRhsEvals = 10333 NumLinSolvSetups = 563 NumNonlinSolvIters = 10332 NumNonlinSolvConvFails = 0 NumErrTestFails = 22 info: 39 warnings info: 0 errors