
 Fire Dynamics Simulator

 Current Date     : June 20, 2024  17:03:01
 Revision         : FDS-6.9.1-0-g889da6a-release
 Revision Date    : Sun Apr 7 17:05:06 2024 -0400
 Compiler         : Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.7.1 Build 20221019_000000
 Compilation Date : Apr 09, 2024 13:24:51

 Number of MPI Processes:  1

 MPI version: 3.1
 MPI library version: Intel(R) MPI Library 2021.6 for Linux* OS


 Job TITLE        : 
 Job ID string    : test_core


 Grid Dimensions, Mesh     1

   Cells in the X Direction            15
   Cells in the Y Direction            20
   Cells in the Z Direction            20
   Number of Grid Cells              6000


 Physical Dimensions, Mesh     1

   Length (m)                       1.500
   Width  (m)                       2.000
   Height (m)                       2.000

 Grid Dimensions, Mesh     2

   Cells in the X Direction             5
   Cells in the Y Direction            20
   Cells in the Z Direction            20
   Number of Grid Cells              2000


 Physical Dimensions, Mesh     2

   Length (m)                       0.500
   Width  (m)                       2.000
   Height (m)                       2.000

 Miscellaneous Parameters

   Total Number of Grid Cells        8000
   Maximum Cell Aspect Ratio        1.000
   Initial Time Step (s)            0.113
   CFL Velocity Norm                    2
   Simulation Start Time (s)          0.0
   Simulation End Time (s)           30.0
   Background Pressure (Pa)     101325.00
   Ambient Temperature (C)          20.00

   3D Cartesian
   VLES Calculation
   Eddy Viscosity Model:  Deardorff (C_DEARDORFF = 0.10)
   Surface INERT Eddy Viscosity Model:  WALE (C_WALE = 0.60)
   Surface Bruleur Eddy Viscosity Model:  WALE (C_WALE = 0.60)
   Turbulent Prandtl Number:         0.50
   Turbulent Schmidt Number:         0.50


 Pressure solver information

   Solver:                            FFT
   Velocity tolerance (m/s):    5.000E-02
   Press eqn res tol (1/s^2):   2.000E+03
   Max pressure iterations:            10


 Background Stratification

      Z (m)     P_0 (Pa)    TMP_0 (C)
   ------------------------------------
        1.95    101302.14     20.00
        1.85    101303.31     20.00
        1.75    101304.48     20.00
        1.65    101305.66     20.00
        1.55    101306.83     20.00
        1.45    101308.00     20.00
        1.35    101309.17     20.00
        1.25    101310.34     20.00
        1.15    101311.52     20.00
        1.05    101312.69     20.00
        0.95    101313.86     20.00
        0.85    101315.03     20.00
        0.75    101316.20     20.00
        0.65    101317.38     20.00
        0.55    101318.55     20.00
        0.45    101319.72     20.00
        0.35    101320.89     20.00
        0.25    101322.06     20.00
        0.15    101323.24     20.00
        0.05    101324.41     20.00


 Mass Fraction Transformation Matrix to Convert Species Mixtures (Columns) to Primitive Species (Rows)

                         AIR       REAC_FUE  PRODUCTS
   NITROGEN              0.762470  0.000000  0.649684
   OXYGEN                0.230997  0.000000  0.000000
   CARBON DIOXIDE        0.000591  0.000000  0.248320
   WATER VAPOR           0.005941  0.000000  0.099925
   CARBON MONOXIDE       0.000000  0.000000  0.000592
   SOOT                  0.000000  0.000000  0.001479
   HYDROGEN              0.000000  0.000000  0.000000
   HYDROGEN CYANIDE      0.000000  0.000000  0.000000
   REAC_FUEL             0.000000  1.000000  0.000000


 Primitive Species Information

   NITROGEN
   Gas Species
   Molecular Weight (g/mol)                28.01340
   Ambient Density (kg/m^3)                1.165
           Enthalpy of Formation (J/kg)  0.000E+00

   OXYGEN
   Gas Species
   Molecular Weight (g/mol)                31.99880
   Ambient Density (kg/m^3)                1.330
           Enthalpy of Formation (J/kg)  0.000E+00

   CARBON DIOXIDE
   Gas Species
   Molecular Weight (g/mol)                44.00950
   Ambient Density (kg/m^3)                1.830
           Enthalpy of Formation (J/kg) -8.941E+06

   WATER VAPOR
   Gas Species
   Molecular Weight (g/mol)                18.01528
   Ambient Density (kg/m^3)                0.749
           Enthalpy of Formation (J/kg) -1.342E+07

   CARBON MONOXIDE
   Gas Species
   Molecular Weight (g/mol)                28.01010
   Ambient Density (kg/m^3)                1.164
           Enthalpy of Formation (J/kg) -3.946E+06

   SOOT
   Gas Species
   Molecular Weight (g/mol)                12.01070
   Ambient Density (kg/m^3)                0.499
           Enthalpy of Formation (J/kg)  0.000E+00

   HYDROGEN
   Gas Species
   Molecular Weight (g/mol)                 2.01588
   Ambient Density (kg/m^3)                0.084
           Enthalpy of Formation (J/kg)  0.000E+00

   HYDROGEN CYANIDE
   Gas Species
   Molecular Weight (g/mol)                27.02534
   Ambient Density (kg/m^3)                1.123
           Enthalpy of Formation (J/kg)  4.924E+06

   REAC_FUEL
   Gas Species
   Molecular Weight (g/mol)                87.08411
   Ambient Density (kg/m^3)                3.620
   Assumed Enthalpy of Formation (J/kg) -6.173E+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)     -8.504E+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:  1.796E-05
                                  500 K:  2.612E-05
                                 1000 K:  4.125E-05
                                 1500 K:  5.371E-05
                                 2000 K:  6.476E-05
   Therm. Cond. (W/m/K) Ambient,  293 K:  2.556E-02
                                  500 K:  3.814E-02
                                 1000 K:  6.686E-02
                                 1500 K:  9.249E-02
                                 2000 K:  1.153E-01
        Enthalpy (J/kg) Ambient,  293 K: -9.012E+04
                                  500 K:  1.222E+05
                                 1000 K:  6.721E+05
                                 1500 K:  1.270E+06
                                 2000 K:  1.896E+06
    Spec. Heat (J/kg/K) Ambient,  293 K:  1.016E+03
                                  500 K:  1.042E+03
                                 1000 K:  1.156E+03
                                 1500 K:  1.229E+03
                                 2000 K:  1.270E+03
   Diff. Coeff. (m^2/s) Ambient,  293 K:  1.991E-05
                                  500 K:  4.961E-05
                                 1000 K:  1.580E-04
                                 1500 K:  3.095E-04
                                 2000 K:  4.984E-04
 Gibbs Energy Amb. (kJ/mol),  293 K: -5.873E+01
                                  500 K: -1.007E+02
                                 1000 K: -2.117E+02
                                 1500 K: -3.312E+02
                                 2000 K: -4.568E+02

   REAC_FUEL
   Molecular Weight (g/mol)            87.08411
   Ambient Density (kg/m^3)            3.620
   Initial Mass Fraction               0.000
   Enthalpy of Formation (J/kg)     -6.173E+06

   Sub Species                    Mass Fraction     Mole Fraction
   REAC_FUEL                      1.000000E+00      1.000000E+00
 
     Viscosity (kg/m/s) Ambient,  293 K:  3.067E-05
                                  500 K:  4.428E-05
                                 1000 K:  6.961E-05
                                 1500 K:  9.056E-05
                                 2000 K:  1.091E-04
   Therm. Cond. (W/m/K) Ambient,  293 K:  1.444E-02
                                  500 K:  2.084E-02
                                 1000 K:  3.276E-02
                                 1500 K:  4.262E-02
                                 2000 K:  5.137E-02
        Enthalpy (J/kg) Ambient,  293 K:  9.796E+04
                                  500 K:  1.671E+05
                                 1000 K:  3.342E+05
                                 1500 K:  5.013E+05
                                 2000 K:  6.683E+05
    Spec. Heat (J/kg/K) Ambient,  293 K:  3.342E+02
                                  500 K:  3.342E+02
                                 1000 K:  3.342E+02
                                 1500 K:  3.342E+02
                                 2000 K:  3.342E+02
   Diff. Coeff. (m^2/s) Ambient,  293 K:  1.614E-05
                                  500 K:  4.011E-05
                                 1000 K:  1.275E-04
                                 1500 K:  2.496E-04
                                 2000 K:  4.019E-04

   PRODUCTS
   Molecular Weight (g/mol)            28.96428
   Ambient Density (kg/m^3)            1.204
   Initial Mass Fraction               0.000
   Enthalpy of Formation (J/kg)     -3.564E+06

   Sub Species                    Mass Fraction     Mole Fraction
   NITROGEN                       6.496845E-01      6.717372E-01
   CARBON DIOXIDE                 2.483198E-01      1.634285E-01
   WATER VAPOR                    9.992479E-02      1.606553E-01
   CARBON MONOXIDE                5.916847E-04      6.118408E-04
   SOOT                           1.479212E-03      3.567178E-03
   HYDROGEN CYANIDE               0.000000E+00      0.000000E+00
 
     Viscosity (kg/m/s) Ambient,  293 K:  1.599E-05
                                  500 K:  2.381E-05
                                 1000 K:  3.892E-05
                                 1500 K:  5.142E-05
                                 2000 K:  6.242E-05
   Therm. Cond. (W/m/K) Ambient,  293 K:  2.289E-02
                                  500 K:  3.584E-02
                                 1000 K:  6.701E-02
                                 1500 K:  9.615E-02
                                 2000 K:  1.222E-01
        Enthalpy (J/kg) Ambient,  293 K: -3.569E+06
                                  500 K: -3.341E+06
                                 1000 K: -2.732E+06
                                 1500 K: -2.054E+06
                                 2000 K: -1.335E+06
    Spec. Heat (J/kg/K) Ambient,  293 K:  1.071E+03
                                  500 K:  1.136E+03
                                 1000 K:  1.297E+03
                                 1500 K:  1.404E+03
                                 2000 K:  1.466E+03
   Diff. Coeff. (m^2/s) Ambient,  293 K:  1.929E-05
                                  500 K:  4.903E-05
                                 1000 K:  1.585E-04
                                 1500 K:  3.117E-04
                                 2000 K:  5.027E-04
 Gibbs Energy Amb. (kJ/mol),  293 K: -1.795E+02
                                  500 K: -2.221E+02
                                 1000 K: -3.356E+02
                                 1500 K: -4.592E+02
                                 2000 K: -5.899E+02


 Gas Phase Reaction Information

      Fuel                                           Heat of Combustion (kJ/kg)
      REAC_FUEL                                                      17431.2193
      EPUMO2:                                                        13100.0000

      Primitive Species Stoich. Coeff.
      Species ID                                                          Molar
      OXYGEN                                                          -3.621277
      CARBON DIOXIDE                                                   3.315058
      WATER VAPOR                                                      3.100000
      CARBON MONOXIDE                                                  0.012436
      SOOT                                                             0.072505
      REAC_FUEL                                                       -1.000000

      Tracked (Lumped) Species Stoich. Coeff.
      Species ID                                             Molar         Mass
      AIR                                               -17.446989    -5.760357
      REAC_FUEL                                          -1.000000    -1.000000
      PRODUCTS                                           20.325713     6.760357

      Reaction Kinetics

      Fast chemistry

      ODE Solver:  EXPLICIT EULER

      Extinction Model:  EXTINCTION 1
      Auto-Ignition Temperature (C):            -273.1
      Critical Flame Temperature (C):           1427.0

      Prescribed Radiative Fraction:             0.350


 Material Information


 Surface Conditions

   0 INERT (DEFAULT)

   1 Bruleur
     Wall or Vent Temperature (C)   300.0
     HRR Per Unit Area (kW/m2)        250.0
     REAC_FUEL Mass Flux (kg/s/m2)   1.434E-02

   2 OPEN
     Passive Vent to Atmosphere

   3 MIRROR
     Symmetry Plane

   4 INTERPOLATED

   5 PERIODIC

   6 HVAC

   7 MASSLESS TRACER

   8 DROPLET

   9 MASSLESS TARGET

  10 PERIODIC FLOW ONLY


 Lagrangian Particle Classes


 Cut-off Density and Temperature

    Minimum Temperature:  -259.1 C
    Maximum Temperature:  2726.8 C
    Minimum Density:  1.195E-01 kg/m3
    Maximum Density:  1.516E+02 kg/m3


 Device Information

   1 ID: HRR_3D
     QUANTITY: HRRPUV
     Coordinates (X,Y,Z):    8.500000E-01    1.000000E+00    9.000000E-01
     SPATIAL STATISTIC: VOLUME INTEGRAL
     TEMPORAL STATISTIC: TIME AVERAGE
   2 ID: FLOW_2D
     QUANTITY: W-VELOCITY
     Coordinates (X,Y,Z):    1.000000E+00    1.000000E+00    1.800000E+00
     SPATIAL STATISTIC: AREA INTEGRAL
     TEMPORAL STATISTIC: TIME AVERAGE
   3 ID: LAYER_1D
     QUANTITY: LAYER HEIGHT
     Coordinates (X,Y,Z):    1.400000E+00    1.400000E+00    9.000000E-01
     TEMPORAL STATISTIC: TIME AVERAGE
   4 ID: TEMP_0D
     QUANTITY: TEMPERATURE
     Coordinates (X,Y,Z):    1.000000E+00    1.000000E+00    1.800000E+00
     TEMPORAL STATISTIC: TIME AVERAGE


 Slice File Information, Mesh     1

   1 Nodes:  10  10   0  20   0  20, Quantity: TEMPERATURE
   2 Nodes:  10  10   0  20   0  20, Quantity: VELOCITY
   3 Nodes:   5  15   5  15  10  10, Quantity: VELOCITY
   4 Nodes:  10  10   0  20   0  20, Quantity: VELOCITY
   5 Nodes:   0  15   0  20  11  11, Quantity: TEMPERATURE
   6 Nodes:   5  15   5  15   0  15, Quantity: TEMPERATURE
   7 Nodes:   5  15   5  16   0  16, Quantity: VELOCITY


 Slice File Information, Mesh     2

   1 Nodes:   0   0   5  15  10  10, Quantity: VELOCITY
   2 Nodes:   0   5   0  20  11  11, Quantity: TEMPERATURE
   3 Nodes:   0   0   5  15   0  15, Quantity: TEMPERATURE
   4 Nodes:   1   1   5  16   0  16, Quantity: VELOCITY


 Boundary File Information

   1 Quantity: GAUGE HEAT FLUX
   2 Quantity: GAUGE HEAT FLUX


 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  1.000E-01 m
 
 

 Run Time Diagnostics

       Time Step        1   June 20, 2024  17:03:01
       Step Size:    0.113E+00 s, Total Time:       0.11 s
       Pressure Iterations: 1
       Maximum Velocity Error:  0.27E-03 on Mesh 1 at (6,6,2)
       Maximum Pressure Error:  0.59E-06 on Mesh 1 at (7,7,1)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.13E-02 at (5,5,3)
       Max divergence:  0.90E-03 at (7,6,3)
       Min divergence: -0.19E-06 at (15,12,2)
       Max VN number:   0.20E-02 at (15,20,20)
       Radiation Loss to Boundaries:         0.003 kW
       Mesh    2
       Max CFL number:  0.23E-06 at (1,10,6)
       Max divergence: -0.13E-11 at (4,10,14)
       Min divergence: -0.13E-06 at (1,14,5)
       Max VN number:   0.20E-02 at (5,20,20)
 
       Time Step        2   June 20, 2024  17:03:01
       Step Size:    0.113E+00 s, Total Time:       0.23 s
       Pressure Iterations: 1
       Maximum Velocity Error:  0.19E-01 on Mesh 1 at (6,6,2)
       Maximum Pressure Error:  0.82E-02 on Mesh 1 at (8,8,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.20E-02 at (5,5,3)
       Max divergence:  0.60E+00 at (8,8,3)
       Min divergence: -0.18E-05 at (2,7,3)
       Max VN number:   0.26E-02 at (4,7,2)
       Total Heat Release Rate:              3.316 kW
       Radiation Loss to Boundaries:         0.003 kW
       Mesh    2
       Max CFL number:  0.60E-05 at (1,6,1)
       Max divergence:  0.56E-08 at (5,7,1)
       Min divergence: -0.13E-06 at (1,14,5)
       Max VN number:   0.20E-02 at (2,7,2)
 
       Time Step        3   June 20, 2024  17:03:01
       Step Size:    0.113E+00 s, Total Time:       0.34 s
       Pressure Iterations: 1
       Maximum Velocity Error:  0.22E-01 on Mesh 1 at (6,6,2)
       Maximum Pressure Error:  0.31E+01 on Mesh 1 at (8,8,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.11E+00 at (5,5,3)
       Max divergence:  0.24E+00 at (8,8,3)
       Min divergence: -0.19E-03 at (2,7,3)
       Max VN number:   0.16E-01 at (7,7,3)
       Total Heat Release Rate:              1.331 kW
       Radiation Loss to Boundaries:        -0.241 kW
       Mesh    2
       Max CFL number:  0.23E-03 at (1,6,1)
       Max divergence:  0.12E-05 at (3,3,1)
       Min divergence: -0.95E-06 at (4,7,1)
       Max VN number:   0.23E-02 at (1,7,1)
 
       Time Step        4   June 20, 2024  17:03:01
       Step Size:    0.113E+00 s, Total Time:       0.45 s
       Pressure Iterations: 3
       Maximum Velocity Error:  0.35E-01 on Mesh 1 at (2,6,3)
       Maximum Pressure Error:  0.18E+02 on Mesh 1 at (8,8,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.67E-01 at (8,8,3)
       Max divergence:  0.59E+01 at (6,6,3)
       Min divergence: -0.30E-03 at (3,2,1)
       Max VN number:   0.60E-01 at (5,5,3)
       Total Heat Release Rate:             25.670 kW
       Radiation Loss to Boundaries:        -0.723 kW
       Mesh    2
       Max CFL number:  0.67E-03 at (1,6,2)
       Max divergence:  0.14E-04 at (3,3,1)
       Min divergence: -0.69E-05 at (4,7,1)
       Max VN number:   0.23E-02 at (1,2,1)
 
       Time Step        5   June 20, 2024  17:03:01
       Step Size:    0.113E+00 s, Total Time:       0.56 s
       Pressure Iterations: 3
       Maximum Velocity Error:  0.25E-01 on Mesh 1 at (6,6,2)
       Maximum Pressure Error:  0.29E+03 on Mesh 1 at (7,7,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.85E+00 at (7,7,3)
       Max divergence:  0.65E+00 at (5,5,3)
       Min divergence: -0.25E-02 at (3,2,1)
       Max VN number:   0.34E+00 at (6,6,3)
       Total Heat Release Rate:             11.901 kW
       Radiation Loss to Boundaries:        -8.614 kW
       Mesh    2
       Max CFL number:  0.61E-02 at (1,6,2)
       Max divergence:  0.26E-03 at (3,3,1)
       Min divergence: -0.84E-04 at (4,7,1)
       Max VN number:   0.38E-02 at (1,2,1)
 
       Time Step        6   June 20, 2024  17:03:02
       Step Size:    0.113E+00 s, Total Time:       0.68 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.30E-01 on Mesh 1 at (6,5,2)
       Maximum Pressure Error:  0.95E+02 on Mesh 1 at (8,8,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.43E+00 at (5,5,3)
       Max divergence:  0.43E+01 at (8,6,3)
       Min divergence: -0.40E-02 at (3,2,1)
       Max VN number:   0.63E-01 at (5,5,4)
       Total Heat Release Rate:             33.660 kW
       Radiation Loss to Boundaries:        -8.143 kW
       Mesh    2
       Max CFL number:  0.13E-01 at (1,3,1)
       Max divergence:  0.10E-02 at (3,3,1)
       Min divergence: -0.29E-03 at (1,2,1)
       Max VN number:   0.59E-02 at (1,2,1)
 
       Time Step        7   June 20, 2024  17:03:02
       Step Size:    0.113E+00 s, Total Time:       0.79 s
       Pressure Iterations: 4
       Maximum Velocity Error:  0.44E-01 on Mesh 1 at (2,6,3)
       Maximum Pressure Error:  0.39E+03 on Mesh 1 at (8,6,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.97E+00 at (6,8,3)
       Max divergence:  0.89E+00 at (5,5,3)
       Min divergence: -0.81E+01 at (7,7,3)
       Max VN number:   0.19E+00 at (6,6,3)
       Total Heat Release Rate:             26.267 kW
       Radiation Loss to Boundaries:       -41.966 kW
       Mesh    2
       Max CFL number:  0.23E-01 at (3,3,1)
       Max divergence:  0.29E-02 at (3,3,1)
       Min divergence: -0.69E-03 at (3,2,1)
       Max VN number:   0.75E-02 at (5,3,1)
 
       Time Step        8   June 20, 2024  17:03:02
       Step Size:    0.440E-01 s, Total Time:       0.83 s
       Pressure Iterations: 3
       Maximum Velocity Error:  0.45E-01 on Mesh 1 at (7,7,2)
       Maximum Pressure Error:  0.36E+03 on Mesh 1 at (6,6,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.79E+00 at (6,6,3)
       Max divergence:  0.40E+01 at (7,7,3)
       Min divergence: -0.75E-01 at (6,6,4)
       Max VN number:   0.93E-01 at (9,7,3)
       Total Heat Release Rate:             35.403 kW
       Radiation Loss to Boundaries:       -10.402 kW
       Mesh    2
       Max CFL number:  0.12E-01 at (3,3,4)
       Max divergence:  0.33E-02 at (3,3,1)
       Min divergence: -0.80E-03 at (4,3,1)
       Max VN number:   0.37E-02 at (2,4,2)
 
       Time Step        9   June 20, 2024  17:03:02
       Step Size:    0.484E-01 s, Total Time:       0.88 s
       Pressure Iterations: 3
       Maximum Velocity Error:  0.26E-01 on Mesh 1 at (7,6,2)
       Maximum Pressure Error:  0.42E+03 on Mesh 1 at (7,7,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.63E+00 at (7,7,3)
       Max divergence:  0.15E+01 at (6,8,3)
       Min divergence: -0.86E+00 at (7,7,3)
       Max VN number:   0.13E+00 at (7,7,3)
       Total Heat Release Rate:             29.402 kW
       Radiation Loss to Boundaries:       -16.642 kW
       Mesh    2
       Max CFL number:  0.17E-01 at (3,3,4)
       Max divergence:  0.35E-02 at (3,3,1)
       Min divergence: -0.88E-03 at (4,3,1)
       Max VN number:   0.50E-02 at (2,4,2)
 
       Time Step       10   June 20, 2024  17:03:02
       Step Size:    0.533E-01 s, Total Time:       0.94 s
       Pressure Iterations: 1
       Maximum Velocity Error:  0.26E-01 on Mesh 1 at (7,8,2)
       Maximum Pressure Error:  0.54E+02 on Mesh 1 at (7,7,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.66E+00 at (7,7,3)
       Max divergence:  0.20E+01 at (6,6,3)
       Min divergence: -0.54E-02 at (3,2,1)
       Max VN number:   0.14E+00 at (8,8,4)
       Total Heat Release Rate:             30.355 kW
       Radiation Loss to Boundaries:       -11.940 kW
       Mesh    2
       Max CFL number:  0.23E-01 at (3,3,4)
       Max divergence:  0.37E-02 at (3,3,1)
       Min divergence: -0.97E-03 at (4,3,1)
       Max VN number:   0.74E-02 at (3,4,2)
 
       Time Step       20   June 20, 2024  17:03:02
       Step Size:    0.324E-01 s, Total Time:       1.34 s
       Pressure Iterations: 1
       Maximum Velocity Error:  0.21E-01 on Mesh 1 at (2,7,8)
       Maximum Pressure Error:  0.51E+02 on Mesh 1 at (7,7,9)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.99E+00 at (7,7,7)
       Max divergence:  0.25E+01 at (6,6,3)
       Min divergence: -0.44E+00 at (6,7,8)
       Max VN number:   0.22E+00 at (6,6,8)
       Total Heat Release Rate:             34.764 kW
       Radiation Loss to Boundaries:       -10.560 kW
       Mesh    2
       Max CFL number:  0.46E-01 at (3,3,4)
       Max divergence:  0.49E-02 at (3,3,1)
       Min divergence: -0.15E-02 at (2,4,2)
       Max VN number:   0.12E-01 at (3,4,2)
 
       Time Step       30   June 20, 2024  17:03:02
       Step Size:    0.216E-01 s, Total Time:       1.59 s
       Pressure Iterations: 1
       Maximum Velocity Error:  0.15E-01 on Mesh 1 at (15,4,13)
       Maximum Pressure Error:  0.33E+02 on Mesh 1 at (7,7,14)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.89E+00 at (6,6,13)
       Max divergence:  0.27E+01 at (5,6,3)
       Min divergence: -0.11E+01 at (6,6,13)
       Max VN number:   0.26E+00 at (6,6,12)
       Total Heat Release Rate:             37.116 kW
       Radiation Loss to Boundaries:       -12.212 kW
       Mesh    2
       Max CFL number:  0.44E-01 at (3,3,6)
       Max divergence:  0.36E-02 at (3,3,1)
       Min divergence: -0.77E-03 at (4,3,1)
       Max VN number:   0.12E-01 at (3,4,2)
       Radiation Loss to Boundaries:         0.042 kW
 
       Time Step       40   June 20, 2024  17:03:02
       Step Size:    0.216E-01 s, Total Time:       1.81 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.42E-01 on Mesh 1 at (6,6,18)
       Maximum Pressure Error:  0.84E+02 on Mesh 1 at (7,7,18)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.98E+00 at (7,7,18)
       Max divergence:  0.26E+01 at (5,6,3)
       Min divergence: -0.12E+01 at (6,6,9)
       Max VN number:   0.36E+00 at (7,7,18)
       Total Heat Release Rate:             37.875 kW
       Radiation Loss to Boundaries:       -12.255 kW
       Mesh    2
       Max CFL number:  0.47E-01 at (3,3,5)
       Max divergence:  0.17E-02 at (3,4,1)
       Min divergence: -0.80E-03 at (3,18,18)
       Max VN number:   0.17E-01 at (3,4,2)
       Radiation Loss to Boundaries:         0.062 kW
 
       Time Step       50   June 20, 2024  17:03:03
       Step Size:    0.165E-01 s, Total Time:       1.98 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.33E-01 on Mesh 1 at (5,6,18)
       Maximum Pressure Error:  0.16E+02 on Mesh 1 at (5,6,18)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.84E+00 at (6,6,16)
       Max divergence:  0.27E+01 at (6,5,3)
       Min divergence: -0.15E+01 at (6,6,8)
       Max VN number:   0.31E+00 at (7,7,19)
       Total Heat Release Rate:             38.948 kW
       Radiation Loss to Boundaries:       -12.318 kW
       Mesh    2
       Max CFL number:  0.36E-01 at (3,3,5)
       Max divergence:  0.20E-02 at (2,4,2)
       Min divergence: -0.19E-02 at (3,18,18)
       Max VN number:   0.14E-01 at (3,4,2)
       Radiation Loss to Boundaries:         0.067 kW
 
       Time Step       60   June 20, 2024  17:03:03
       Step Size:    0.200E-01 s, Total Time:       2.16 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.41E-01 on Mesh 1 at (2,3,18)
       Maximum Pressure Error:  0.19E+02 on Mesh 1 at (6,6,10)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.83E+00 at (6,6,12)
       Max divergence:  0.27E+01 at (6,5,3)
       Min divergence: -0.15E+01 at (6,6,10)
       Max VN number:   0.27E+00 at (7,7,19)
       Total Heat Release Rate:             38.241 kW
       Radiation Loss to Boundaries:       -11.836 kW
       Mesh    2
       Max CFL number:  0.45E-01 at (3,3,8)
       Max divergence:  0.18E-02 at (3,3,1)
       Min divergence: -0.32E-03 at (3,2,3)
       Max VN number:   0.17E-01 at (3,4,2)
       Radiation Loss to Boundaries:         0.070 kW
 
       Time Step       70   June 20, 2024  17:03:03
       Step Size:    0.200E-01 s, Total Time:       2.36 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.32E-01 on Mesh 1 at (3,2,14)
       Maximum Pressure Error:  0.29E+02 on Mesh 1 at (6,6,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.88E+00 at (6,6,16)
       Max divergence:  0.27E+01 at (6,5,3)
       Min divergence: -0.14E+01 at (6,6,10)
       Max VN number:   0.63E+00 at (3,5,15)
       Total Heat Release Rate:             38.506 kW
       Radiation Loss to Boundaries:       -12.005 kW
       Mesh    2
       Max CFL number:  0.68E-01 at (1,3,18)
       Max divergence:  0.80E-02 at (3,3,1)
       Min divergence: -0.32E-02 at (2,4,2)
       Max VN number:   0.21E-01 at (3,4,2)
       Radiation Loss to Boundaries:         0.072 kW
 
       Time Step       80   June 20, 2024  17:03:03
       Step Size:    0.200E-01 s, Total Time:       2.56 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.28E-01 on Mesh 1 at (3,2,9)
       Maximum Pressure Error:  0.18E+02 on Mesh 1 at (3,3,10)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.88E+00 at (6,6,15)
       Max divergence:  0.28E+01 at (7,8,3)
       Min divergence: -0.12E+01 at (6,6,10)
       Max VN number:   0.45E+00 at (3,8,17)
       Total Heat Release Rate:             39.312 kW
       Radiation Loss to Boundaries:       -12.255 kW
       Mesh    2
       Max CFL number:  0.19E+00 at (1,3,16)
       Max divergence:  0.39E-01 at (1,3,16)
       Min divergence: -0.93E-02 at (2,3,16)
       Max VN number:   0.29E-01 at (3,4,2)
       Radiation Loss to Boundaries:         0.072 kW
 
       Time Step       90   June 20, 2024  17:03:04
       Step Size:    0.200E-01 s, Total Time:       2.76 s
       Pressure Iterations: 1
       Maximum Velocity Error:  0.49E-01 on Mesh 1 at (5,5,18)
       Maximum Pressure Error:  0.31E+02 on Mesh 1 at (6,7,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.83E+00 at (6,6,15)
       Max divergence:  0.29E+01 at (7,8,3)
       Min divergence: -0.12E+01 at (7,7,10)
       Max VN number:   0.48E+00 at (3,16,16)
       Total Heat Release Rate:             40.226 kW
       Radiation Loss to Boundaries:       -12.606 kW
       Mesh    2
       Max CFL number:  0.51E+00 at (1,3,15)
       Max divergence:  0.66E-01 at (1,4,16)
       Min divergence: -0.24E+00 at (1,3,16)
       Max VN number:   0.46E+00 at (1,3,16)
       Radiation Loss to Boundaries:         0.073 kW
 
       Time Step      100   June 20, 2024  17:03:04
       Step Size:    0.220E-01 s, Total Time:       2.97 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.26E-01 on Mesh 1 at (15,5,18)
       Maximum Pressure Error:  0.16E+02 on Mesh 1 at (3,3,9)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.83E+00 at (7,7,11)
       Max divergence:  0.28E+01 at (8,6,3)
       Min divergence: -0.12E+01 at (7,7,8)
       Max VN number:   0.65E+00 at (3,5,14)
       Total Heat Release Rate:             39.909 kW
       Radiation Loss to Boundaries:       -12.367 kW
       Mesh    2
       Max CFL number:  0.57E+00 at (1,3,14)
       Max divergence:  0.12E+00 at (2,3,16)
       Min divergence: -0.24E+00 at (2,5,18)
       Max VN number:   0.57E+00 at (2,3,15)
       Radiation Loss to Boundaries:         0.072 kW
 
       Time Step      200   June 20, 2024  17:03:06
       Step Size:    0.210E-01 s, Total Time:       4.96 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.20E-01 on Mesh 1 at (5,5,18)
       Maximum Pressure Error:  0.34E+02 on Mesh 1 at (5,5,12)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.90E+00 at (5,6,15)
       Max divergence:  0.32E+01 at (7,6,3)
       Min divergence: -0.12E+01 at (5,5,6)
       Max VN number:   0.51E+00 at (3,4,14)
       Total Heat Release Rate:             40.328 kW
       Radiation Loss to Boundaries:       -12.760 kW
       Mesh    2
       Max CFL number:  0.52E+00 at (1,3,16)
       Max divergence:  0.88E-01 at (2,3,15)
       Min divergence: -0.13E+00 at (2,3,17)
       Max VN number:   0.43E+00 at (2,3,18)
       Radiation Loss to Boundaries:         0.040 kW
 
       Time Step      300   June 20, 2024  17:03:09
       Step Size:    0.217E-01 s, Total Time:       7.21 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.34E-01 on Mesh 1 at (6,6,18)
       Maximum Pressure Error:  0.20E+02 on Mesh 1 at (6,6,10)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.80E+00 at (6,6,16)
       Max divergence:  0.30E+01 at (6,7,3)
       Min divergence: -0.14E+01 at (6,6,10)
       Max VN number:   0.90E+00 at (15,3,15)
       Total Heat Release Rate:             40.323 kW
       Radiation Loss to Boundaries:       -12.805 kW
       Mesh    2
       Max CFL number:  0.69E+00 at (1,3,16)
       Max divergence:  0.96E-01 at (2,3,17)
       Min divergence: -0.44E+00 at (1,3,15)
       Max VN number:   0.67E+00 at (3,3,17)
       Radiation Loss to Boundaries:        -0.011 kW
 
       Time Step      400   June 20, 2024  17:03:11
       Step Size:    0.230E-01 s, Total Time:       9.55 s
       Pressure Iterations: 1
       Maximum Velocity Error:  0.34E-01 on Mesh 1 at (15,3,14)
       Maximum Pressure Error:  0.16E+02 on Mesh 1 at (7,5,13)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.86E+00 at (6,5,13)
       Max divergence:  0.32E+01 at (6,7,3)
       Min divergence: -0.11E+01 at (6,5,8)
       Max VN number:   0.83E+00 at (4,3,16)
       Total Heat Release Rate:             40.089 kW
       Radiation Loss to Boundaries:       -13.033 kW
       Mesh    2
       Max CFL number:  0.49E+00 at (2,3,17)
       Max divergence:  0.43E-01 at (2,4,12)
       Min divergence: -0.10E+00 at (2,3,13)
       Max VN number:   0.44E+00 at (2,18,13)
       Radiation Loss to Boundaries:        -0.032 kW
 
       Time Step      500   June 20, 2024  17:03:13
       Step Size:    0.239E-01 s, Total Time:      11.97 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.20E-01 on Mesh 1 at (6,6,18)
       Maximum Pressure Error:  0.15E+02 on Mesh 1 at (6,7,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.82E+00 at (6,6,14)
       Max divergence:  0.29E+01 at (6,5,3)
       Min divergence: -0.95E+00 at (6,6,9)
       Max VN number:   0.67E+00 at (3,16,14)
       Total Heat Release Rate:             40.283 kW
       Radiation Loss to Boundaries:       -13.502 kW
       Mesh    2
       Max CFL number:  0.61E+00 at (1,3,17)
       Max divergence:  0.11E+00 at (2,3,15)
       Min divergence: -0.16E+00 at (2,3,13)
       Max VN number:   0.50E+00 at (2,3,14)
       Radiation Loss to Boundaries:        -0.116 kW
 
       Time Step      600   June 20, 2024  17:03:16
       Step Size:    0.224E-01 s, Total Time:      14.40 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.24E-01 on Mesh 1 at (5,8,18)
       Maximum Pressure Error:  0.22E+02 on Mesh 1 at (6,6,8)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.88E+00 at (6,8,18)
       Max divergence:  0.30E+01 at (7,6,3)
       Min divergence: -0.99E+00 at (6,6,6)
       Max VN number:   0.61E+00 at (3,11,16)
       Total Heat Release Rate:             40.575 kW
       Radiation Loss to Boundaries:       -13.411 kW
       Mesh    2
       Max CFL number:  0.33E+00 at (3,6,17)
       Max divergence:  0.13E+00 at (1,9,18)
       Min divergence: -0.69E-01 at (1,8,18)
       Max VN number:   0.38E+00 at (3,11,9)
       Radiation Loss to Boundaries:        -0.142 kW
 
       Time Step      700   June 20, 2024  17:03:18
       Step Size:    0.220E-01 s, Total Time:      16.69 s
       Pressure Iterations: 1
       Maximum Velocity Error:  0.30E-01 on Mesh 1 at (4,6,18)
       Maximum Pressure Error:  0.13E+02 on Mesh 1 at (6,5,5)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.79E+00 at (6,5,16)
       Max divergence:  0.33E+01 at (6,7,3)
       Min divergence: -0.12E+01 at (6,5,7)
       Max VN number:   0.86E+00 at (5,3,16)
       Total Heat Release Rate:             39.807 kW
       Radiation Loss to Boundaries:       -13.727 kW
       Mesh    2
       Max CFL number:  0.47E+00 at (2,6,18)
       Max divergence:  0.83E-01 at (1,11,16)
       Min divergence: -0.10E+00 at (2,8,19)
       Max VN number:   0.35E+00 at (3,11,10)
       Radiation Loss to Boundaries:        -0.201 kW
 
       Time Step      800   June 20, 2024  17:03:20
       Step Size:    0.258E-01 s, Total Time:      19.08 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.18E-01 on Mesh 1 at (15,2,17)
       Maximum Pressure Error:  0.18E+02 on Mesh 1 at (5,6,9)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.84E+00 at (6,7,12)
       Max divergence:  0.27E+01 at (7,8,3)
       Min divergence: -0.10E+01 at (6,6,8)
       Max VN number:   0.61E+00 at (13,3,16)
       Total Heat Release Rate:             40.074 kW
       Radiation Loss to Boundaries:       -13.557 kW
       Mesh    2
       Max CFL number:  0.48E+00 at (3,4,18)
       Max divergence:  0.12E+00 at (1,4,17)
       Min divergence: -0.21E+00 at (2,3,18)
       Max VN number:   0.75E+00 at (2,3,17)
       Radiation Loss to Boundaries:        -0.193 kW
 
       Time Step      900   June 20, 2024  17:03:23
       Step Size:    0.239E-01 s, Total Time:      21.44 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.21E-01 on Mesh 2 at (1,2,13)
       Maximum Pressure Error:  0.19E+02 on Mesh 1 at (4,6,16)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.91E+00 at (5,6,14)
       Max divergence:  0.30E+01 at (5,7,3)
       Min divergence: -0.93E+00 at (5,6,7)
       Max VN number:   0.80E+00 at (15,3,11)
       Total Heat Release Rate:             40.528 kW
       Radiation Loss to Boundaries:       -13.938 kW
       Mesh    2
       Max CFL number:  0.54E+00 at (2,3,13)
       Max divergence:  0.11E+00 at (2,5,12)
       Min divergence: -0.59E+00 at (1,3,11)
       Max VN number:   0.46E+00 at (3,15,7)
       Radiation Loss to Boundaries:        -0.321 kW
 
       Time Step     1000   June 20, 2024  17:03:25
       Step Size:    0.252E-01 s, Total Time:      23.82 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.26E-01 on Mesh 1 at (10,2,16)
       Maximum Pressure Error:  0.35E+02 on Mesh 1 at (5,5,11)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.85E+00 at (5,5,10)
       Max divergence:  0.28E+01 at (6,5,3)
       Min divergence: -0.11E+01 at (5,5,10)
       Max VN number:   0.56E+00 at (14,3,17)
       Total Heat Release Rate:             39.921 kW
       Radiation Loss to Boundaries:       -14.362 kW
       Mesh    2
       Max CFL number:  0.62E+00 at (1,3,15)
       Max divergence:  0.42E-01 at (2,5,11)
       Min divergence: -0.10E+00 at (1,10,18)
       Max VN number:   0.40E+00 at (3,15,11)
       Radiation Loss to Boundaries:        -0.326 kW
 
       Time Step     1100   June 20, 2024  17:03:28
       Step Size:    0.234E-01 s, Total Time:      26.12 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.20E-01 on Mesh 1 at (7,5,18)
       Maximum Pressure Error:  0.28E+02 on Mesh 1 at (7,7,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.84E+00 at (7,6,18)
       Max divergence:  0.37E+01 at (6,7,3)
       Min divergence: -0.13E+01 at (7,7,7)
       Max VN number:   0.69E+00 at (3,17,17)
       Total Heat Release Rate:             39.457 kW
       Radiation Loss to Boundaries:       -12.804 kW
       Mesh    2
       Max CFL number:  0.55E+00 at (3,6,14)
       Max divergence:  0.12E+00 at (1,12,18)
       Min divergence: -0.17E+00 at (3,5,13)
       Max VN number:   0.46E+00 at (2,15,18)
       Radiation Loss to Boundaries:        -0.334 kW
 
       Time Step     1200   June 20, 2024  17:03:30
       Step Size:    0.242E-01 s, Total Time:      28.57 s
       Pressure Iterations: 2
       Maximum Velocity Error:  0.32E-01 on Mesh 1 at (2,7,13)
       Maximum Pressure Error:  0.29E+02 on Mesh 1 at (3,7,12)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.82E+00 at (3,7,10)
       Max divergence:  0.32E+01 at (7,7,3)
       Min divergence: -0.55E+00 at (6,7,7)
       Max VN number:   0.83E+00 at (3,13,16)
       Total Heat Release Rate:             39.612 kW
       Radiation Loss to Boundaries:       -14.231 kW
       Mesh    2
       Max CFL number:  0.47E+00 at (3,9,18)
       Max divergence:  0.11E+00 at (1,13,13)
       Min divergence: -0.97E-01 at (2,12,13)
       Max VN number:   0.54E+00 at (3,13,5)
       Radiation Loss to Boundaries:        -0.328 kW
 
       Time Step     1262   June 20, 2024  17:03:32
       Step Size:    0.832E-02 s, Total Time:      30.00 s
       Pressure Iterations: 1
       Maximum Velocity Error:  0.17E-01 on Mesh 1 at (6,7,18)
       Maximum Pressure Error:  0.12E+03 on Mesh 1 at (6,7,3)
       ---------------------------------------------------------------
       Mesh    1
       Max CFL number:  0.30E+00 at (6,8,18)
       Max divergence:  0.33E+01 at (7,7,3)
       Min divergence: -0.10E+01 at (7,7,19)
       Max VN number:   0.19E+00 at (14,3,16)
       Total Heat Release Rate:             42.489 kW
       Radiation Loss to Boundaries:       -13.999 kW
       Mesh    2
       Max CFL number:  0.23E+00 at (1,3,17)
       Max divergence:  0.11E+00 at (1,11,13)
       Min divergence: -0.13E+00 at (1,8,18)
       Max VN number:   0.16E+00 at (2,11,18)
       Radiation Loss to Boundaries:        -0.354 kW
 


 Time Stepping Wall Clock Time (s):       30.686
 Total Elapsed Wall Clock Time (s):       32.025

STOP: FDS completed successfully (CHID: test_core)
