Fire Dynamics Simulator Current Date : November 5, 2021 17:30:32 Revision : FDS6.7.6-0-g5064c500c-release Revision Date : Thu May 27 12:19:10 2021 -0400 Compiler : Intel ifort 2021.1 Compilation Date : Tue 06/01/2021 11:25 AM MPI Enabled; Number of MPI Processes: 8 OpenMP Enabled; Number of OpenMP Threads: 1 MPI version: 3.1 MPI library version: Intel(R) MPI Library 2021.1 for Windows* OS Job TITLE : Job ID string : #11052021_CarDeck_BurnAway_no_vents_supply_8meshes Grid Dimensions, Mesh 1 Cells in the X Direction 51 Cells in the Y Direction 93 Cells in the Z Direction 26 Number of Grid Cells 123318 Physical Dimensions, Mesh 1 Length (m) 10.200 Width (m) 18.500 Height (m) 5.200 Initial Time Step (s) 0.138 Grid Dimensions, Mesh 2 Cells in the X Direction 60 Cells in the Y Direction 93 Cells in the Z Direction 26 Number of Grid Cells 145080 Physical Dimensions, Mesh 2 Length (m) 12.000 Width (m) 18.500 Height (m) 5.200 Initial Time Step (s) 0.138 Grid Dimensions, Mesh 3 Cells in the X Direction 60 Cells in the Y Direction 93 Cells in the Z Direction 26 Number of Grid Cells 145080 Physical Dimensions, Mesh 3 Length (m) 12.000 Width (m) 18.500 Height (m) 5.200 Initial Time Step (s) 0.138 Grid Dimensions, Mesh 4 Cells in the X Direction 60 Cells in the Y Direction 93 Cells in the Z Direction 26 Number of Grid Cells 145080 Physical Dimensions, Mesh 4 Length (m) 12.000 Width (m) 18.500 Height (m) 5.200 Initial Time Step (s) 0.138 Grid Dimensions, Mesh 5 Cells in the X Direction 70 Cells in the Y Direction 93 Cells in the Z Direction 26 Number of Grid Cells 169260 Physical Dimensions, Mesh 5 Length (m) 14.000 Width (m) 18.500 Height (m) 5.200 Initial Time Step (s) 0.138 Grid Dimensions, Mesh 6 Cells in the X Direction 70 Cells in the Y Direction 93 Cells in the Z Direction 26 Number of Grid Cells 169260 Physical Dimensions, Mesh 6 Length (m) 14.000 Width (m) 18.500 Height (m) 5.200 Initial Time Step (s) 0.138 Grid Dimensions, Mesh 7 Cells in the X Direction 50 Cells in the Y Direction 93 Cells in the Z Direction 26 Number of Grid Cells 120900 Physical Dimensions, Mesh 7 Length (m) 10.000 Width (m) 18.500 Height (m) 5.200 Initial Time Step (s) 0.138 Grid Dimensions, Mesh 8 Cells in the X Direction 71 Cells in the Y Direction 93 Cells in the Z Direction 26 Number of Grid Cells 171678 Physical Dimensions, Mesh 8 Length (m) 14.200 Width (m) 18.500 Height (m) 5.200 Initial Time Step (s) 0.138 Total Number of Grid Cells 1189656 Miscellaneous Parameters Simulation Start Time (s) 0.0 Simulation End Time (s) 10000.0 LES Calculation Eddy Viscosity: Deardorff Model (C_DEARDORFF = 0.10) Near-wall Eddy Viscosity: WALE Model (C_WALE = 0.60) Turbulent Prandtl Number: 0.50 Turbulent Schmidt Number: 0.50 Background Pressure (Pa): 101325.00 Ambient Temperature (C): 20.00 Background Stratification Z (m) P_0 (Pa) TMP_0 (C) ------------------------------------ 5.10 101265.22 20.00 4.90 101267.56 20.00 4.70 101269.91 20.00 4.50 101272.25 20.00 4.30 101274.59 20.00 4.10 101276.95 20.00 3.90 101279.28 20.00 3.70 101281.62 20.00 3.50 101283.98 20.00 3.30 101286.32 20.00 3.10 101288.66 20.00 2.90 101291.01 20.00 2.70 101293.35 20.00 2.50 101295.69 20.00 2.30 101298.03 20.00 2.10 101300.38 20.00 1.90 101302.72 20.00 1.70 101305.06 20.00 1.50 101307.41 20.00 1.30 101309.75 20.00 1.10 101312.09 20.00 0.90 101314.44 20.00 0.70 101316.78 20.00 0.50 101319.12 20.00 0.30 101321.48 20.00 0.10 101323.82 20.00 Mass Fraction Transformation Matrix to Convert Species Mixtures (Columns) to Primitive Species (Rows) AIR REAC_FUE PRODUCTS REAC_FUEL 0.000000 1.000000 0.000000 NITROGEN 0.762470 0.000000 0.679665 OXYGEN 0.230997 0.000000 0.000000 CARBON DIOXIDE 0.000591 0.000000 0.246174 WATER VAPOR 0.005941 0.000000 0.066716 CARBON MONOXIDE 0.000000 0.000000 0.001934 SOOT 0.000000 0.000000 0.005511 HYDROGEN 0.000000 0.000000 0.000000 HYDROGEN CYANIDE 0.000000 0.000000 0.000000 Primitive Species Information REAC_FUEL Gas Species Molecular Weight (g/mol) 130.42922 Ambient Density (kg/m^3) 5.422 Enthalpy of Formation (J/kg) 4.36E+06 NITROGEN Gas Species Molecular Weight (g/mol) 28.01340 Ambient Density (kg/m^3) 1.165 Enthalpy of Formation (J/kg) 0.00E+00 OXYGEN Gas Species Molecular Weight (g/mol) 31.99880 Ambient Density (kg/m^3) 1.330 Enthalpy of Formation (J/kg) 0.00E+00 CARBON DIOXIDE Gas Species Molecular Weight (g/mol) 44.00950 Ambient Density (kg/m^3) 1.830 Enthalpy of Formation (J/kg) -8.94E+06 WATER VAPOR Gas Species Molecular Weight (g/mol) 18.01528 Ambient Density (kg/m^3) 0.749 Enthalpy of Formation (J/kg) -1.34E+07 CARBON MONOXIDE Gas Species Molecular Weight (g/mol) 28.01010 Ambient Density (kg/m^3) 1.164 Enthalpy of Formation (J/kg) -3.95E+06 SOOT Gas Species Molecular Weight (g/mol) 10.91042 Ambient Density (kg/m^3) 0.454 Enthalpy of Formation (J/kg) 0.00E+00 HYDROGEN Gas Species Molecular Weight (g/mol) 2.01588 Ambient Density (kg/m^3) 0.084 Enthalpy of Formation (J/kg) 0.00E+00 HYDROGEN CYANIDE Gas Species Molecular Weight (g/mol) 27.02534 Ambient Density (kg/m^3) 1.123 Enthalpy of Formation (J/kg) 4.92E+06 Tracked (Lumped) Species Information AIR Molecular Weight (g/mol) 28.75198 Ambient Density (kg/m^3) 1.195 Initial Mass Fraction 1.000 Enthalpy of Formation (J/kg) -8.50E+04 Sub Species Mass Fraction Mole Fraction NITROGEN 7.624699E-01 7.825727E-01 OXYGEN 2.309974E-01 2.075588E-01 CARBON DIOXIDE 5.914650E-04 3.864118E-04 WATER VAPOR 5.941209E-03 9.482037E-03 Viscosity (kg/m/s) Ambient, 293 K: 1.80E-05 500 K: 2.61E-05 1000 K: 4.13E-05 1500 K: 5.37E-05 Therm. Cond. (W/m/K) Ambient, 293 K: 2.56E-02 500 K: 3.81E-02 1000 K: 6.69E-02 1500 K: 9.25E-02 Enthalpy (J/kg) Ambient, 293 K: -9.01E+04 500 K: 1.22E+05 1000 K: 6.72E+05 1500 K: 1.27E+06 Spec. Heat (J/kg/K) Ambient, 293 K: 1.02E+03 500 K: 1.04E+03 1000 K: 1.16E+03 1500 K: 1.23E+03 Diff. Coeff. (m^2/s) Ambient, 293 K: 1.99E-05 500 K: 4.96E-05 1000 K: 1.58E-04 1500 K: 3.09E-04 REAC_FUEL Molecular Weight (g/mol) 130.42922 Ambient Density (kg/m^3) 5.422 Initial Mass Fraction 0.000 Enthalpy of Formation (J/kg) 4.36E+06 Sub Species Mass Fraction Mole Fraction REAC_FUEL 1.000000E+00 1.000000E+00 Viscosity (kg/m/s) Ambient, 293 K: 3.75E-05 500 K: 5.42E-05 1000 K: 8.52E-05 1500 K: 1.11E-04 Therm. Cond. (W/m/K) Ambient, 293 K: 1.18E-02 500 K: 1.70E-02 1000 K: 2.68E-02 1500 K: 3.48E-02 Enthalpy (J/kg) Ambient, 293 K: 4.36E+06 500 K: 4.40E+06 1000 K: 4.52E+06 1500 K: 4.63E+06 Spec. Heat (J/kg/K) Ambient, 293 K: 2.23E+02 500 K: 2.23E+02 1000 K: 2.23E+02 1500 K: 2.23E+02 Diff. Coeff. (m^2/s) Ambient, 293 K: 1.55E-05 500 K: 3.85E-05 1000 K: 1.22E-04 1500 K: 2.39E-04 PRODUCTS Molecular Weight (g/mol) 29.29693 Ambient Density (kg/m^3) 1.218 Initial Mass Fraction 0.000 Enthalpy of Formation (J/kg) -3.10E+06 Sub Species Mass Fraction Mole Fraction NITROGEN 6.796650E-01 7.108063E-01 CARBON DIOXIDE 2.461740E-01 1.638769E-01 WATER VAPOR 6.671581E-02 1.084951E-01 CARBON MONOXIDE 1.933983E-03 2.022834E-03 SOOT 5.511221E-03 1.479886E-02 HYDROGEN CYANIDE 0.000000E+00 0.000000E+00 Viscosity (kg/m/s) Ambient, 293 K: 1.62E-05 500 K: 2.41E-05 1000 K: 3.90E-05 1500 K: 5.13E-05 Therm. Cond. (W/m/K) Ambient, 293 K: 2.31E-02 500 K: 3.60E-02 1000 K: 6.65E-02 1500 K: 9.45E-02 Enthalpy (J/kg) Ambient, 293 K: -3.11E+06 500 K: -2.89E+06 1000 K: -2.29E+06 1500 K: -1.64E+06 Spec. Heat (J/kg/K) Ambient, 293 K: 1.04E+03 500 K: 1.11E+03 1000 K: 1.26E+03 1500 K: 1.36E+03 Diff. Coeff. (m^2/s) Ambient, 293 K: 1.93E-05 500 K: 4.88E-05 1000 K: 1.57E-04 1500 K: 3.08E-04 Gas Phase Reaction Information Reaction ID: Reaction2 Fuel Heat of Combustion (kJ/kg) REAC_FUEL 28330.0000 Stoichiometry Primitive Species Stoich. Coeff. Species ID Molar REAC_FUEL -1.000000 NITROGEN 0.500000 OXYGEN -6.507251 CARBON DIOXIDE 5.759659 WATER VAPOR 3.523939 CARBON MONOXIDE 0.071245 SOOT 0.521218 Tracked (Lumped) Species Stoich. Coeff. Species ID Molar Mass AIR -31.351357 -6.911133 REAC_FUEL -1.000000 -1.000000 PRODUCTS 35.220167 7.911133 Reaction Kinetics Arrhenius Parameters Pre-exponential: Infinite Activation Energy: N/A ODE Solver: EXPLICIT EULER Extinction Model: EXTINCTION 2 Auto-Ignition Temperature (K): 0.0 Critical Flame Temperature (K): 1600.2 Material Information 1 STEEL Drysdale, Intro to Fire Dynamics - ATF NIST Multi-Floor Validation Emissivity 0.950 Density (kg/m3) 7850.0 Specific Heat (kJ/kg/K) 4.60E-01 Conductivity (W/m/K) 4.58E+01 2 CAR Emissivity 0.800 Density (kg/m3) 362.0 Specific Heat (kJ/kg/K) 1.65E+00 Conductivity (W/m/K) 2.63E+01 3 TRUCK Emissivity 0.800 Density (kg/m3) 464.0 Specific Heat (kJ/kg/K) 1.99E+00 Conductivity (W/m/K) 1.38E+01 Surface Conditions 0 INERT (DEFAULT) 1 Walls01 Material List 1 STEEL Layer 1 Thickness (m): 0.10000 Density (kg/m3): 7850.00 STEEL, Mass fraction: 1.00 Total surface density 785.000 kg/m2 Solid Phase Node, Layer, Coordinates(m): 0 1 0.0000000 1 1 0.0033333 2 1 0.0100000 3 1 0.0233333 4 1 0.0500000 5 1 0.0766667 6 1 0.0900000 7 1 0.0966667 8 1 0.1000000 Insulated Backing 2 CarX Material List 1 CAR Layer 1 Thickness (m): 0.10000 Density (kg/m3): 362.00 CAR, Mass fraction: 1.00 Total surface density 36.200 kg/m2 Reaction products considered from the first 0.50 layers. Solid Phase Node, Layer, Coordinates(m): 0 1 0.0000000 1 1 0.0045455 2 1 0.0136364 3 1 0.0318182 4 1 0.0681818 5 1 0.0863636 6 1 0.0954545 7 1 0.1000000 Exposed Backing HRR Per Unit Area (kW/m2) 1071.8 REAC_FUEL Mass Flux (kg/s/m2) 3.16E-02 3 CarY Material List 1 CAR Layer 1 Thickness (m): 0.10000 Density (kg/m3): 362.00 CAR, Mass fraction: 1.00 Total surface density 36.200 kg/m2 Reaction products considered from the first 0.50 layers. Solid Phase Node, Layer, Coordinates(m): 0 1 0.0000000 1 1 0.0045455 2 1 0.0136364 3 1 0.0318182 4 1 0.0681818 5 1 0.0863636 6 1 0.0954545 7 1 0.1000000 Exposed Backing HRR Per Unit Area (kW/m2) 589.5 REAC_FUEL Mass Flux (kg/s/m2) 1.74E-02 4 CarZ Material List 1 CAR Layer 1 Thickness (m): 0.10000 Density (kg/m3): 362.00 CAR, Mass fraction: 1.00 Total surface density 36.200 kg/m2 Reaction products considered from the first 0.50 layers. Solid Phase Node, Layer, Coordinates(m): 0 1 0.0000000 1 1 0.0045455 2 1 0.0136364 3 1 0.0318182 4 1 0.0681818 5 1 0.0863636 6 1 0.0954545 7 1 0.1000000 Exposed Backing HRR Per Unit Area (kW/m2) 3144.0 REAC_FUEL Mass Flux (kg/s/m2) 9.27E-02 5 TruckX Material List 1 TRUCK Layer 1 Thickness (m): 0.10000 Density (kg/m3): 464.00 TRUCK, Mass fraction: 1.00 Total surface density 46.400 kg/m2 Reaction products considered from the first 0.50 layers. Solid Phase Node, Layer, Coordinates(m): 0 1 0.0000000 1 1 0.0033333 2 1 0.0100000 3 1 0.0233333 4 1 0.0500000 5 1 0.0766667 6 1 0.0900000 7 1 0.0966667 8 1 0.1000000 Exposed Backing HRR Per Unit Area (kW/m2) 36967.7 REAC_FUEL Mass Flux (kg/s/m2) 1.30E+00 6 TruckY Material List 1 TRUCK Layer 1 Thickness (m): 0.10000 Density (kg/m3): 464.00 TRUCK, Mass fraction: 1.00 Total surface density 46.400 kg/m2 Reaction products considered from the first 0.50 layers. Solid Phase Node, Layer, Coordinates(m): 0 1 0.0000000 1 1 0.0033333 2 1 0.0100000 3 1 0.0233333 4 1 0.0500000 5 1 0.0766667 6 1 0.0900000 7 1 0.0966667 8 1 0.1000000 Exposed Backing HRR Per Unit Area (kW/m2) 7689.3 REAC_FUEL Mass Flux (kg/s/m2) 2.71E-01 7 TruckZ Material List 1 TRUCK Layer 1 Thickness (m): 0.10000 Density (kg/m3): 464.00 TRUCK, Mass fraction: 1.00 Total surface density 46.400 kg/m2 Reaction products considered from the first 0.50 layers. Solid Phase Node, Layer, Coordinates(m): 0 1 0.0000000 1 1 0.0033333 2 1 0.0100000 3 1 0.0233333 4 1 0.0500000 5 1 0.0766667 6 1 0.0900000 7 1 0.0966667 8 1 0.1000000 Exposed Backing HRR Per Unit Area (kW/m2) 48058.0 REAC_FUEL Mass Flux (kg/s/m2) 1.70E+00 8 exhaust Volume Flow (m^3/s) 1.60E+01 AIR Mass Fraction 1.000 9 supply Volume Flow (m^3/s) -1.60E+01 AIR Mass Fraction 1.000 10 OPEN Passive Vent to Atmosphere 11 MIRROR Symmetry Plane 12 INTERPOLATED 13 PERIODIC 14 HVAC 15 MASSLESS TRACER 16 DROPLET 17 EVACUATION_OUTFLOW Normal Velocity (m/s) 0.000 18 MASSLESS TARGET 19 PERIODIC FLOW ONLY Cut-off Density and Temperature Minimum Temperature: -10.0 C Maximum Temperature: 2726.8 C Minimum Density: 1.195E-01 kg/m3 Maximum Density: 1.208E+01 kg/m3 Device Coordinates 1 Coords: 53.000000 13.000000 4.400000, Make: null, ID: CO_201, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 2 Coords: 3.800000 9.500000 1.800000, Make: null, ID: CO_21, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 3 Coords: 19.400000 9.500000 1.800000, Make: null, ID: CO_22, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 4 Coords: 58.000000 9.500000 1.800000, Make: null, ID: CO_23, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 5 Coords: 76.000000 9.500000 1.800000, Make: null, ID: CO_24, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 6 Coords: 93.000000 9.500000 1.800000, Make: null, ID: CO_25, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 7 Coords: 11.000000 15.600000 1.800000, Make: null, ID: CO_26, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 8 Coords: 27.000000 15.000000 1.800000, Make: null, ID: CO_27, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 9 Coords: 40.000000 15.000000 1.800000, Make: null, ID: CO_28, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 10 Coords: 53.000000 15.000000 1.800000, Make: null, ID: CO_29, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 11 Coords: 68.000000 15.000000 1.800000, Make: null, ID: CO_210, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 12 Coords: 83.998000 13.600000 1.800000, Make: null, ID: CO_211, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 13 Coords: 11.000000 4.400000 1.800000, Make: null, ID: CO_26st, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 14 Coords: 27.000000 4.200000 1.800000, Make: null, ID: CO_27st, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 15 Coords: 40.000000 4.200000 1.800000, Make: null, ID: CO_28st, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 16 Coords: 53.000000 4.200000 1.800000, Make: null, ID: CO_29st, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 17 Coords: 68.000000 4.200000 1.800000, Make: null, ID: CO_210st, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 18 Coords: 83.998000 5.000000 1.800000, Make: null, ID: CO_211st, Quantity: VOLUME FRACTION, Species: CARBON DIOXIDE 19 Coords: 53.000000 13.000000 4.400000, Make: null, ID: FED01, Quantity: FED 20 Coords: 3.800000 9.500000 1.800000, Make: null, ID: FED1, Quantity: FED 21 Coords: 19.400000 9.500000 1.800000, Make: null, ID: FED2, Quantity: FED 22 Coords: 58.000000 9.500000 1.800000, Make: null, ID: FED3, Quantity: FED 23 Coords: 76.000000 9.500000 1.800000, Make: null, ID: FED4, Quantity: FED 24 Coords: 93.000000 9.500000 1.800000, Make: null, ID: FED5, Quantity: FED 25 Coords: 11.000000 15.600000 1.800000, Make: null, ID: FED6, Quantity: FED 26 Coords: 27.000000 15.000000 1.800000, Make: null, ID: FED7, Quantity: FED 27 Coords: 40.000000 15.000000 1.800000, Make: null, ID: FED8, Quantity: FED 28 Coords: 53.000000 15.000000 1.800000, Make: null, ID: FED9, Quantity: FED 29 Coords: 68.000000 15.000000 1.800000, Make: null, ID: FED10, Quantity: FED 30 Coords: 83.998000 13.600000 1.800000, Make: null, ID: FED11, Quantity: FED 31 Coords: 11.000000 4.400000 1.800000, Make: null, ID: FED6st, Quantity: FED 32 Coords: 27.000000 4.200000 1.800000, Make: null, ID: FED7st, Quantity: FED 33 Coords: 40.000000 4.200000 1.800000, Make: null, ID: FED8st, Quantity: FED 34 Coords: 53.000000 4.200000 1.800000, Make: null, ID: FED9st, Quantity: FED 35 Coords: 68.000000 4.200000 1.800000, Make: null, ID: FED10st, Quantity: FED 36 Coords: 83.998000 5.000000 1.800000, Make: null, ID: FED11st, Quantity: FED 37 Coords: 53.000000 13.000000 4.400000, Make: null, ID: Oxyg01, Quantity: VOLUME FRACTION, Species: OXYGEN 38 Coords: 3.800000 9.500000 1.800000, Make: null, ID: Oxyg1, Quantity: VOLUME FRACTION, Species: OXYGEN 39 Coords: 19.400000 9.500000 1.800000, Make: null, ID: Oxyg2, Quantity: VOLUME FRACTION, Species: OXYGEN 40 Coords: 58.000000 9.500000 1.800000, Make: null, ID: Oxyg3, Quantity: VOLUME FRACTION, Species: OXYGEN 41 Coords: 76.000000 9.500000 1.800000, Make: null, ID: Oxyg4, Quantity: VOLUME FRACTION, Species: OXYGEN 42 Coords: 93.000000 9.500000 1.800000, Make: null, ID: Oxyg5, Quantity: VOLUME FRACTION, Species: OXYGEN 43 Coords: 11.000000 15.600000 1.800000, Make: null, ID: Oxyg6, Quantity: VOLUME FRACTION, Species: OXYGEN 44 Coords: 27.000000 15.000000 1.800000, Make: null, ID: Oxyg7, Quantity: VOLUME FRACTION, Species: OXYGEN 45 Coords: 40.000000 15.000000 1.800000, Make: null, ID: Oxyg8, Quantity: VOLUME FRACTION, Species: OXYGEN 46 Coords: 53.000000 15.000000 1.800000, Make: null, ID: Oxyg9, Quantity: VOLUME FRACTION, Species: OXYGEN 47 Coords: 68.000000 15.000000 1.800000, Make: null, ID: Oxyg10, Quantity: VOLUME FRACTION, Species: OXYGEN 48 Coords: 83.998000 13.600000 1.800000, Make: null, ID: Oxyg11, Quantity: VOLUME FRACTION, Species: OXYGEN 49 Coords: 11.000000 4.400000 1.800000, Make: null, ID: Oxyg6st, Quantity: VOLUME FRACTION, Species: OXYGEN 50 Coords: 27.000000 4.200000 1.800000, Make: null, ID: Oxyg7st, Quantity: VOLUME FRACTION, Species: OXYGEN 51 Coords: 40.000000 4.200000 1.800000, Make: null, ID: Oxyg8st, Quantity: VOLUME FRACTION, Species: OXYGEN 52 Coords: 53.000000 4.200000 1.800000, Make: null, ID: Oxyg9st, Quantity: VOLUME FRACTION, Species: OXYGEN 53 Coords: 68.000000 4.200000 1.800000, Make: null, ID: Oxyg10st, Quantity: VOLUME FRACTION, Species: OXYGEN 54 Coords: 83.998000 5.000000 1.800000, Make: null, ID: Oxyg11st, Quantity: VOLUME FRACTION, Species: OXYGEN 55 Coords: 53.000000 13.000000 4.400000, Make: null, ID: rad01, Quantity: RADIATIVE HEAT FLUX 56 Coords: 3.800000 9.500000 1.800000, Make: null, ID: rad1, Quantity: RADIATIVE HEAT FLUX, Particle Class: RESERVED TARGET PARTICLE 57 Coords: 19.400000 9.500000 1.800000, Make: null, ID: rad2, Quantity: RADIATIVE HEAT FLUX 58 Coords: 58.000000 9.500000 1.800000, Make: null, ID: rad3, Quantity: RADIATIVE HEAT FLUX 59 Coords: 76.000000 9.500000 1.800000, Make: null, ID: rad4, Quantity: RADIATIVE HEAT FLUX 60 Coords: 93.000000 9.500000 1.800000, Make: null, ID: rad5, Quantity: RADIATIVE HEAT FLUX 61 Coords: 11.000000 15.600000 1.800000, Make: null, ID: rad6, Quantity: RADIATIVE HEAT FLUX 62 Coords: 27.000000 15.000000 1.800000, Make: null, ID: rad7, Quantity: RADIATIVE HEAT FLUX 63 Coords: 40.000000 15.000000 1.800000, Make: null, ID: rad8, Quantity: RADIATIVE HEAT FLUX 64 Coords: 53.000000 15.000000 1.800000, Make: null, ID: rad9, Quantity: RADIATIVE HEAT FLUX 65 Coords: 68.000000 15.000000 1.800000, Make: null, ID: rad10, Quantity: RADIATIVE HEAT FLUX 66 Coords: 83.998000 13.600000 1.800000, Make: null, ID: rad11, Quantity: RADIATIVE HEAT FLUX 67 Coords: 11.000000 4.400000 1.800000, Make: null, ID: rad6st, Quantity: RADIATIVE HEAT FLUX 68 Coords: 27.000000 4.200000 1.800000, Make: null, ID: rad7st, Quantity: RADIATIVE HEAT FLUX 69 Coords: 40.000000 4.200000 1.800000, Make: null, ID: rad8st, Quantity: RADIATIVE HEAT FLUX 70 Coords: 53.000000 4.200000 1.800000, Make: null, ID: rad9st, Quantity: RADIATIVE HEAT FLUX 71 Coords: 68.000000 4.200000 1.800000, Make: null, ID: rad10st, Quantity: RADIATIVE HEAT FLUX 72 Coords: 83.998000 5.000000 1.800000, Make: null, ID: rad11st, Quantity: RADIATIVE HEAT FLUX 73 Coords: 53.000000 13.000000 4.400000, Make: null, ID: temp01, Quantity: TEMPERATURE 74 Coords: 3.800000 9.500000 1.800000, Make: null, ID: temp1, Quantity: TEMPERATURE 75 Coords: 19.400000 9.500000 1.800000, Make: null, ID: temp2, Quantity: TEMPERATURE 76 Coords: 58.000000 9.500000 1.800000, Make: null, ID: temp3, Quantity: TEMPERATURE 77 Coords: 76.000000 9.500000 1.800000, Make: null, ID: temp4, Quantity: TEMPERATURE 78 Coords: 93.000000 9.500000 1.800000, Make: null, ID: temp5, Quantity: TEMPERATURE 79 Coords: 11.000000 15.600000 1.800000, Make: null, ID: temp6, Quantity: TEMPERATURE 80 Coords: 27.000000 15.000000 1.800000, Make: null, ID: temp7, Quantity: TEMPERATURE 81 Coords: 40.000000 15.000000 1.800000, Make: null, ID: temp8, Quantity: TEMPERATURE 82 Coords: 53.000000 15.000000 1.800000, Make: null, ID: temp9, Quantity: TEMPERATURE 83 Coords: 68.000000 15.000000 1.800000, Make: null, ID: temp10, Quantity: TEMPERATURE 84 Coords: 83.998000 13.600000 1.800000, Make: null, ID: temp11, Quantity: TEMPERATURE 85 Coords: 11.000000 4.400000 1.800000, Make: null, ID: temp6st, Quantity: TEMPERATURE 86 Coords: 27.000000 4.200000 1.800000, Make: null, ID: temp7st, Quantity: TEMPERATURE 87 Coords: 40.000000 4.200000 1.800000, Make: null, ID: temp8st, Quantity: TEMPERATURE 88 Coords: 53.000000 4.200000 1.800000, Make: null, ID: temp9st, Quantity: TEMPERATURE 89 Coords: 68.000000 4.200000 1.800000, Make: null, ID: temp10st, Quantity: TEMPERATURE 90 Coords: 83.998000 5.000000 1.800000, Make: null, ID: temp11st, Quantity: TEMPERATURE 91 Coords: 53.000000 13.000000 4.400000, Make: null, ID: visib01, Quantity: VISIBILITY, Species: SOOT 92 Coords: 3.800000 9.500000 1.800000, Make: null, ID: visib1, Quantity: VISIBILITY, Species: SOOT 93 Coords: 19.400000 9.500000 1.800000, Make: null, ID: visib2, Quantity: VISIBILITY, Species: SOOT 94 Coords: 58.000000 9.500000 1.800000, Make: null, ID: visib3, Quantity: VISIBILITY, Species: SOOT 95 Coords: 76.000000 9.500000 1.800000, Make: null, ID: visib4, Quantity: VISIBILITY, Species: SOOT 96 Coords: 93.000000 9.500000 1.800000, Make: null, ID: visib5, Quantity: VISIBILITY, Species: SOOT 97 Coords: 11.000000 15.600000 1.800000, Make: null, ID: visib6, Quantity: VISIBILITY, Species: SOOT 98 Coords: 27.000000 15.000000 1.800000, Make: null, ID: visib7, Quantity: VISIBILITY, Species: SOOT 99 Coords: 40.000000 15.000000 1.800000, Make: null, ID: visib8, Quantity: VISIBILITY, Species: SOOT 100 Coords: 53.000000 15.000000 1.800000, Make: null, ID: visib9, Quantity: VISIBILITY, Species: SOOT 101 Coords: 68.000000 15.000000 1.800000, Make: null, ID: visib10, Quantity: VISIBILITY, Species: SOOT 102 Coords: 83.998000 13.600000 1.800000, Make: null, ID: visib11, Quantity: VISIBILITY, Species: SOOT 103 Coords: 11.000000 4.400000 1.800000, Make: null, ID: visib6st, Quantity: VISIBILITY, Species: SOOT 104 Coords: 27.000000 4.200000 1.800000, Make: null, ID: visib7st, Quantity: VISIBILITY, Species: SOOT 105 Coords: 40.000000 4.200000 1.800000, Make: null, ID: visib8st, Quantity: VISIBILITY, Species: SOOT 106 Coords: 53.000000 4.200000 1.800000, Make: null, ID: visib9st, Quantity: VISIBILITY, Species: SOOT 107 Coords: 68.000000 4.200000 1.800000, Make: null, ID: visib10st, Quantity: VISIBILITY, Species: SOOT 108 Coords: 83.998000 5.000000 1.800000, Make: null, ID: visib11st, Quantity: VISIBILITY, Species: SOOT PLOT3D Information Sampling Interval (s) 10.0 1 Quantity: MASS FRACTION, Species: CARBON DIOXIDE 2 Quantity: MASS FRACTION, Species: CARBON MONOXIDE 3 Quantity: MASS FRACTION, Species: OXYGEN 4 Quantity: VISIBILITY, Species: SOOT 5 Quantity: TEMPERATURE Slice File Information, Mesh 1 Sampling Interval (s) 10.000 1 Nodes: 0 51 0 93 6 6, Quantity: PRESSURE 2 Nodes: 0 51 0 93 11 11, Quantity: PRESSURE 3 Nodes: 0 51 0 93 16 16, Quantity: PRESSURE 4 Nodes: 0 51 0 93 21 21, Quantity: PRESSURE 5 Nodes: 0 51 0 93 6 6, Quantity: TEMPERATURE 6 Nodes: 0 51 0 93 11 11, Quantity: TEMPERATURE 7 Nodes: 0 51 0 93 16 16, Quantity: TEMPERATURE 8 Nodes: 0 51 0 93 21 21, Quantity: TEMPERATURE 9 Nodes: 0 51 0 93 6 6, Quantity: DENSITY 10 Nodes: 0 51 0 93 11 11, Quantity: DENSITY 11 Nodes: 0 51 0 93 16 16, Quantity: DENSITY 12 Nodes: 0 51 0 93 21 21, Quantity: DENSITY Radiation Model Information Number of control angles 104 Time step increment 3 Angle increment 5 Theta band N_phi Solid angle 1: 4 0.120 2: 12 0.114 3: 16 0.127 4: 20 0.120 5: 20 0.120 6: 16 0.127 7: 12 0.114 8: 4 0.120 Using gray gas absorption. Mean beam length 0.100 m