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FDS Validation: store new input files just in case
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‎Validation/Kashiwagi_Gasification/FDS_Input_Files/MATL.fds‎

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&MATL ID = 'MOISTURE'
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DENSITY = 1000.
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CONDUCTIVITY = 0.062
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SPECIFIC_HEAT = 4.184
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N_REACTIONS = 1
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N_S = 1.0
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N_T = 0.
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A = 4.29E+03
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E = 4.38E+04
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SPEC_ID = 'WATER VAPOR'
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NU_SPEC = 1.0
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HEAT_OF_REACTION = 2410./
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&MATL ID = 'PINE'
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FYI = 'Properties from Lautenberger and Pello CNF 2009'
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DENSITY = 360.
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CONDUCTIVITY_RAMP = 'k dry wood'
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SPECIFIC_HEAT_RAMP = 'c_v dry wood'
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N_REACTIONS = 2
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N_S = 1.0,1.0
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N_T = 0.0,0.0
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N_O2 = 0.0,1.0
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A = 2.5E+04,0
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E = 0.8E+05,1.0E+05 !!! sensitive !!!
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MATL_ID(1,1) = 'CHAR'
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NU_MATL(1,1) = 0.3
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MATL_ID(1,2) = 'CHAR'
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NU_MATL(1,2) = 0.3
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SPEC_ID(1,1) = 'FUEL VAPOR'
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NU_SPEC(1,1) = 0.7
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SPEC_ID(1:2,2) = 'OXYGEN','FUEL VAPOR'
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NU_SPEC(1:2,2) = -0.1, 0.8
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HEAT_OF_REACTION(1:2) = 600.,-900./
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&MATL ID = 'CHAR'
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DENSITY = 90.
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CONDUCTIVITY_RAMP = 'k + k_r char'
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SPECIFIC_HEAT_RAMP = 'c_v char'
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N_REACTIONS = 1
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N_S = 1.00 ! 0.56
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N_O2 = 1.00 ! 0.68
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A = 8.0E+10
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E = 1.0E+05
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MATL_ID = 'ASH'
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NU_MATL = 0.06
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SPEC_ID = 'OXYGEN','CARBON DIOXIDE'
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NU_SPEC = -2.67,3.61
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HEAT_OF_REACTION = -11000.
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GAS_DIFFUSION_DEPTH(1) = 0.01/
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&MATL ID = 'ASH'
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DENSITY = 5.7
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CONDUCTIVITY_RAMP = 'k + k_r ash'
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SPECIFIC_HEAT_RAMP = 'c_v ash'/
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&RAMP ID='k dry wood', T= 20.0, F=0.173549 /
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&RAMP ID='k dry wood', T= 300.0, F=0.258492 /
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&RAMP ID='k dry wood', T= 600.0, F=0.331944 /
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&RAMP ID='k dry wood', T= 900.0, F=0.395609 /
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&RAMP ID='k dry wood', T=1200.0, F=0.452913 /
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&RAMP ID='c_v dry wood', T= 20.0, F=1.638272 /
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&RAMP ID='c_v dry wood', T= 300.0, F=2.550559 /
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&RAMP ID='c_v dry wood', T= 600.0, F=3.367617 /
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&RAMP ID='c_v dry wood', T= 900.0, F=4.092512 /
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&RAMP ID='c_v dry wood', T=1200.0, F=4.756277 /
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# includes effective radiative conductivity
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&RAMP ID='k + k_r char', T= 20.0, F=0.069043 /
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&RAMP ID='k + k_r char', T= 300.0, F=0.121335 /
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&RAMP ID='k + k_r char', T= 600.0, F=0.227944 /
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&RAMP ID='k + k_r char', T= 900.0, F=0.419637 /
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&RAMP ID='k + k_r char', T=1200.0, F=0.727922 /
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&RAMP ID='c_v char', T= 20.0, F=1.210882 /
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&RAMP ID='c_v char', T= 300.0, F=1.463983 /
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&RAMP ID='c_v char', T= 600.0, F=1.649246 /
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&RAMP ID='c_v char', T= 900.0, F=1.793039 /
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&RAMP ID='c_v char', T=1200.0, F=1.912405 /
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# includes effective radiative conductivity
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&RAMP ID='k + k_r ash', T= 20.0, F=0.066647 /
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&RAMP ID='k + k_r ash', T= 300.0, F=0.141158 /
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&RAMP ID='k + k_r ash', T= 600.0, F=0.326017 /
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&RAMP ID='k + k_r ash', T= 900.0, F=0.679571 /
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&RAMP ID='k + k_r ash', T=1200.0, F=1.261558 /
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&RAMP ID='c_v ash', T= 20.0, F=1.234783 /
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&RAMP ID='c_v ash', T= 300.0, F=1.525267 /
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&RAMP ID='c_v ash', T= 600.0, F=1.741593 /
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&RAMP ID='c_v ash', T= 900.0, F=1.911420 /
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&RAMP ID='c_v ash', T=1200.0, F=2.053577 /
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‎Validation/Kashiwagi_Gasification/FDS_Input_Files/pine_10p5O2_25_1C_NEW.fds‎

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&HEAD CHID='pine_10p5O2_25_1C', TITLE='Kashiwagi et al. Combust. Flame (1987), white pine gasification, 10.5 vol% O2, 25 kW/m2'/
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&MESH IJK=8,8,8, XB=-0.028,0.048,-0.038,0.038,-0.038,0.038/
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&TIME T_END=900., WALL_INCREMENT=1/
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&DUMP DT_DEVC=10., DT_PROF=10., DT_RESTART=10./
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&MISC TMPA=30./
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&RADI NUMBER_RADIATION_ANGLES=16, TIME_STEP_INCREMENT=1, ANGLE_INCREMENT=1/
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&VENT DB='ZMIN', SURF_ID='inflow'/
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&VENT DB='ZMAX', SURF_ID='OPEN'/
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&SURF ID='inflow', VEL=-0.01, COLOR='BLUE'/
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&SURF ID='sample', COLOR='BROWN'/
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&SURF ID='exposed sample', CONVECTION_LENGTH_SCALE=0.019, BLOWING=T, STRETCH_FACTOR=1,
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THICKNESS=0.038, BACKING='EXPOSED', MATL_ID(1,1:2)='PINE','MOISTURE', MATL_MASS_FRACTION(1,1:2)=0.95,0.05,
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COLOR='GRAY 10', EXTERNAL_FLUX=25./
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&SURF ID='default wall', EMISSIVITY=0., HEAT_TRANSFER_COEFFICIENT=0., COLOR='INVISIBLE', FREE_SLIP=T, DEFAULT=T/
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&OBST XB=0,0.038,-0.019,0.019,-0.019,0.019, SURF_ID6='exposed sample','sample','sample','sample','sample','sample'/
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&SPEC ID='NITROGEN', BACKGROUND=T/
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&SPEC ID='OXYGEN', MASS_FRACTION_0=0.115/ 10.5 vol % O2 to mass fraction
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&SPEC ID='CARBON DIOXIDE'/
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&SPEC ID='FUEL VAPOR'/
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&SPEC ID='WATER VAPOR'/
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! simple material for setup
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! &MATL ID='PINE', DENSITY=360., SPECIFIC_HEAT=1.15, CONDUCTIVITY=0.3 /
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! full material model with kinetics
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&CATF OTHER_FILES='MATL.fds'/
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&BNDF QUANTITY='MASS FLUX', CELL_CENTERED=T/
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&BNDF QUANTITY='MASS FLUX', SPEC_ID='OXYGEN', CELL_CENTERED=T/
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&BNDF QUANTITY='WALL TEMPERATURE', CELL_CENTERED=T/
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&BNDF QUANTITY='BACK WALL TEMPERATURE', CELL_CENTERED=T/
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&BNDF QUANTITY='TOTAL HEAT FLUX', CELL_CENTERED=T/
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&BNDF QUANTITY='RADIATIVE HEAT FLUX', CELL_CENTERED=T/
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&BNDF QUANTITY='CONVECTIVE HEAT FLUX', CELL_CENTERED=T/
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&BNDF QUANTITY='WALL THICKNESS', CELL_CENTERED=T/
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&BNDF QUANTITY='SURFACE DENSITY', CELL_CENTERED=T/
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&BNDF QUANTITY='SURFACE OXYGEN MASS FRACTION', CELL_CENTERED=T/
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&BNDF QUANTITY='SURFACE OXYGEN ITERATIONS', CELL_CENTERED=T/
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&BNDF QUANTITY='HEAT TRANSFER COEFFICIENT', CELL_CENTERED=T/
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', ID='mf', CONVERSION_FACTOR=69252, UNITS='mg/cm2 s'/
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SPEC_ID='OXYGEN', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', ID='norm mf O2', CONVERSION_FACTOR=-25937, UNITS='mg/cm2 s'/ 69252/(-2.67)
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SPEC_ID='CARBON DIOXIDE', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', ID='norm mf CO2', CONVERSION_FACTOR= 18973, UNITS='mg/cm2 s'/ 69252/( 3.65)
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SPEC_ID='OXYGEN', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', TEMPORAL_STATISTIC='TIME INTEGRAL', ID='NORM MASS O2 CONSUMED', CONVERSION_FACTOR=-0.374531835205993/ -1/2.67
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SPEC_ID='CARBON DIOXIDE', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', TEMPORAL_STATISTIC='TIME INTEGRAL', ID='NORM MASS CO2 PRODUCED', CONVERSION_FACTOR= 0.273972602739726/ 1/3.65
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='SURFACE DENSITY', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', ID='MASS', SMOOTHING_TIME=10/
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='SURFACE DENSITY', MATL_ID='ASH', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', TEMPORAL_STATISTIC='INSTANT VALUE', ID='NORM MASS ASH PRODUCED', CONVERSION_FACTOR= 50./ 1/0.02
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&CTRL ID='PID WT LOSS', FUNCTION_TYPE='PID', INPUT_ID='MASS', PROPORTIONAL_GAIN=0, DIFFERENTIAL_GAIN=1, INTEGRAL_GAIN=0/
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&DEVC XYZ=0,0,0, ID='wt loss mf', QUANTITY='CONTROL VALUE', CTRL_ID='PID WT LOSS', CONVERSION_FACTOR=-69252, UNITS='mg/cm2 s'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='WALL TEMPERATURE', IOR=-1, ID='T0mm'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='INSIDE WALL TEMPERATURE', DEPTH=0.005, IOR=-1, ID='T5mm'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='INSIDE WALL TEMPERATURE', DEPTH=0.010, IOR=-1, ID='T10mm'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='INSIDE WALL TEMPERATURE', DEPTH=0.015, IOR=-1, ID='T15mm'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='BACK WALL TEMPERATURE', IOR=-1, ID='T38mm'/
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&PROF ID='Tx' , XYZ=-0.001,0,0, QUANTITY='INSIDE WALL TEMPERATURE', IOR=-1 /
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&PROF ID='MOISTUREx', XYZ=-0.001,0,0, QUANTITY='SOLID DENSITY', MATL_ID='MOISTURE', IOR=-1 /
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&PROF ID='PINEx', XYZ=-0.001,0,0, QUANTITY='SOLID DENSITY', MATL_ID='PINE', IOR=-1 /
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&PROF ID='CHARx', XYZ=-0.001,0,0, QUANTITY='SOLID DENSITY', MATL_ID='CHAR', IOR=-1 /
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&PROF ID='ASHx' , XYZ=-0.001,0,0, QUANTITY='SOLID DENSITY', MATL_ID='ASH' , IOR=-1 /
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&PROF ID='O2x' , XYZ=-0.001,0,0, QUANTITY='SOLID OXYGEN MASS FRACTION', MATL_ID='CHAR' , IOR=-1 /
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&SLCF PBY=0, QUANTITY='VELOCITY', VECTOR=T/
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&SLCF PBY=0, QUANTITY='TEMPERATURE', CELL_CENTERED=T/
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&SLCF PBY=0, QUANTITY='VOLUME FRACTION', SPEC_ID='OXYGEN', CELL_CENTERED=T/
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&TAIL /

‎Validation/Kashiwagi_Gasification/FDS_Input_Files/pine_10p5O2_40_1C_NEW.fds‎

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&HEAD CHID='pine_10p5O2_40_1C', TITLE='Kashiwagi et al. Combust. Flame (1987), white pine gasification, 10.5 vol% O2, 40 kW/m2'/
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&MESH IJK=8,8,8, XB=-0.028,0.048,-0.038,0.038,-0.038,0.038/
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&TIME T_END=900., WALL_INCREMENT=1/
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&DUMP DT_DEVC=10., DT_PROF=10., DT_RESTART=10./
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&MISC TMPA=30./
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&RADI NUMBER_RADIATION_ANGLES=16, TIME_STEP_INCREMENT=1, ANGLE_INCREMENT=1/
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&VENT DB='ZMIN', SURF_ID='inflow'/
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&VENT DB='ZMAX', SURF_ID='OPEN'/
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&SURF ID='inflow', VEL=-0.01, COLOR='BLUE'/
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&SURF ID='sample', COLOR='BROWN'/
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&SURF ID='exposed sample', CONVECTION_LENGTH_SCALE=0.019, BLOWING=T, STRETCH_FACTOR=1,
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THICKNESS=0.038, BACKING='EXPOSED', MATL_ID(1,1:2)='PINE','MOISTURE', MATL_MASS_FRACTION(1,1:2)=0.95,0.05,
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COLOR='GRAY 10', EXTERNAL_FLUX=40./
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&SURF ID='default wall', EMISSIVITY=0., HEAT_TRANSFER_COEFFICIENT=0., COLOR='INVISIBLE', FREE_SLIP=T, DEFAULT=T/
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&OBST XB=0,0.038,-0.019,0.019,-0.019,0.019, SURF_ID6='exposed sample','sample','sample','sample','sample','sample'/
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&SPEC ID='NITROGEN', BACKGROUND=T/
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&SPEC ID='OXYGEN', MASS_FRACTION_0=0.115/ 10.5 vol % O2 to mass fraction
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&SPEC ID='CARBON DIOXIDE'/
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&SPEC ID='FUEL VAPOR'/
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&SPEC ID='WATER VAPOR'/
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! simple material for setup
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! &MATL ID='PINE', DENSITY=360., SPECIFIC_HEAT=1.15, CONDUCTIVITY=0.3 /
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! full material model with kinetics
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&CATF OTHER_FILES='MATL.fds'/
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&BNDF QUANTITY='MASS FLUX', CELL_CENTERED=T/
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&BNDF QUANTITY='MASS FLUX', SPEC_ID='OXYGEN', CELL_CENTERED=T/
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&BNDF QUANTITY='WALL TEMPERATURE', CELL_CENTERED=T/
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&BNDF QUANTITY='BACK WALL TEMPERATURE', CELL_CENTERED=T/
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&BNDF QUANTITY='TOTAL HEAT FLUX', CELL_CENTERED=T/
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&BNDF QUANTITY='RADIATIVE HEAT FLUX', CELL_CENTERED=T/
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&BNDF QUANTITY='CONVECTIVE HEAT FLUX', CELL_CENTERED=T/
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&BNDF QUANTITY='WALL THICKNESS', CELL_CENTERED=T/
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&BNDF QUANTITY='SURFACE DENSITY', CELL_CENTERED=T/
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&BNDF QUANTITY='SURFACE OXYGEN MASS FRACTION', CELL_CENTERED=T/
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&BNDF QUANTITY='SURFACE OXYGEN ITERATIONS', CELL_CENTERED=T/
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&BNDF QUANTITY='HEAT TRANSFER COEFFICIENT', CELL_CENTERED=T/
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', ID='mf', CONVERSION_FACTOR=69252, UNITS='mg/cm2 s'/
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SPEC_ID='OXYGEN', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', ID='norm mf O2', CONVERSION_FACTOR=-25937, UNITS='mg/cm2 s'/ 69252/(-2.67)
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SPEC_ID='CARBON DIOXIDE', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', ID='norm mf CO2', CONVERSION_FACTOR= 18973, UNITS='mg/cm2 s'/ 69252/( 3.65)
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SPEC_ID='OXYGEN', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', TEMPORAL_STATISTIC='TIME INTEGRAL', ID='NORM MASS O2 CONSUMED', CONVERSION_FACTOR=-0.374531835205993/ -1/2.67
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SPEC_ID='CARBON DIOXIDE', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', TEMPORAL_STATISTIC='TIME INTEGRAL', ID='NORM MASS CO2 PRODUCED', CONVERSION_FACTOR= 0.273972602739726/ 1/3.65
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='SURFACE DENSITY', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', ID='MASS', SMOOTHING_TIME=10/
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='SURFACE DENSITY', MATL_ID='ASH', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', TEMPORAL_STATISTIC='INSTANT VALUE', ID='NORM MASS ASH PRODUCED', CONVERSION_FACTOR= 50./ 1/0.02
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&CTRL ID='PID WT LOSS', FUNCTION_TYPE='PID', INPUT_ID='MASS', PROPORTIONAL_GAIN=0, DIFFERENTIAL_GAIN=1, INTEGRAL_GAIN=0/
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&DEVC XYZ=0,0,0, ID='wt loss mf', QUANTITY='CONTROL VALUE', CTRL_ID='PID WT LOSS', CONVERSION_FACTOR=-69252, UNITS='mg/cm2 s'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='WALL TEMPERATURE', IOR=-1, ID='T0mm'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='INSIDE WALL TEMPERATURE', DEPTH=0.005, IOR=-1, ID='T5mm'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='INSIDE WALL TEMPERATURE', DEPTH=0.010, IOR=-1, ID='T10mm'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='INSIDE WALL TEMPERATURE', DEPTH=0.015, IOR=-1, ID='T15mm'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='BACK WALL TEMPERATURE', IOR=-1, ID='T38mm'/
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&PROF ID='Tx' , XYZ=-0.001,0,0, QUANTITY='INSIDE WALL TEMPERATURE', IOR=-1 /
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&PROF ID='MOISTUREx', XYZ=-0.001,0,0, QUANTITY='SOLID DENSITY', MATL_ID='MOISTURE', IOR=-1 /
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&PROF ID='PINEx', XYZ=-0.001,0,0, QUANTITY='SOLID DENSITY', MATL_ID='PINE', IOR=-1 /
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&PROF ID='CHARx', XYZ=-0.001,0,0, QUANTITY='SOLID DENSITY', MATL_ID='CHAR', IOR=-1 /
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&PROF ID='ASHx' , XYZ=-0.001,0,0, QUANTITY='SOLID DENSITY', MATL_ID='ASH' , IOR=-1 /
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&PROF ID='O2x' , XYZ=-0.001,0,0, QUANTITY='SOLID OXYGEN MASS FRACTION', MATL_ID='CHAR' , IOR=-1 /
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&SLCF PBY=0, QUANTITY='VELOCITY', VECTOR=T/
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&SLCF PBY=0, QUANTITY='TEMPERATURE', CELL_CENTERED=T/
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&SLCF PBY=0, QUANTITY='VOLUME FRACTION', SPEC_ID='OXYGEN', CELL_CENTERED=T/
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&TAIL /

‎Validation/Kashiwagi_Gasification/FDS_Input_Files/pine_21O2_25_1C_NEW.fds‎

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&HEAD CHID='pine_21O2_25_1C', TITLE='Kashiwagi et al. Combust. Flame (1987), white pine gasification, 21 vol% O2, 25 kW/m2'/
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&MESH IJK=8,8,8, XB=-0.028,0.048,-0.038,0.038,-0.038,0.038/
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&TIME T_END=900., WALL_INCREMENT=1/
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&DUMP DT_DEVC=10., DT_PROF=10., DT_RESTART=10./
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&MISC TMPA=30./
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&RADI NUMBER_RADIATION_ANGLES=16, TIME_STEP_INCREMENT=1, ANGLE_INCREMENT=1/
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&VENT DB='ZMIN', SURF_ID='inflow'/
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&VENT DB='ZMAX', SURF_ID='OPEN'/
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&SURF ID='inflow', VEL=-0.01, COLOR='BLUE'/
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&SURF ID='sample', COLOR='BROWN'/
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&SURF ID='exposed sample', CONVECTION_LENGTH_SCALE=0.019, BLOWING=T, STRETCH_FACTOR=1,
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THICKNESS=0.038, BACKING='EXPOSED', MATL_ID(1,1:2)='PINE','MOISTURE', MATL_MASS_FRACTION(1,1:2)=0.95,0.05,
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COLOR='GRAY 10', EXTERNAL_FLUX=25./
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&SURF ID='default wall', EMISSIVITY=0., HEAT_TRANSFER_COEFFICIENT=0., COLOR='INVISIBLE', FREE_SLIP=T, DEFAULT=T/
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&OBST XB=0,0.038,-0.019,0.019,-0.019,0.019, SURF_ID6='exposed sample','sample','sample','sample','sample','sample'/
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&SPEC ID='NITROGEN', BACKGROUND=T/
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&SPEC ID='OXYGEN', MASS_FRACTION_0=0.232/ 21 vol % O2 to mass fraction
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&SPEC ID='CARBON DIOXIDE'/
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&SPEC ID='FUEL VAPOR'/
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&SPEC ID='WATER VAPOR'/
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! simple material for setup
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! &MATL ID='PINE', DENSITY=360., SPECIFIC_HEAT=1.15, CONDUCTIVITY=0.3 /
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! full material model with kinetics
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&CATF OTHER_FILES='MATL.fds'/
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&BNDF QUANTITY='MASS FLUX', CELL_CENTERED=T/
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&BNDF QUANTITY='MASS FLUX', SPEC_ID='OXYGEN', CELL_CENTERED=T/
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&BNDF QUANTITY='WALL TEMPERATURE', CELL_CENTERED=T/
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&BNDF QUANTITY='BACK WALL TEMPERATURE', CELL_CENTERED=T/
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&BNDF QUANTITY='TOTAL HEAT FLUX', CELL_CENTERED=T/
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&BNDF QUANTITY='RADIATIVE HEAT FLUX', CELL_CENTERED=T/
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&BNDF QUANTITY='CONVECTIVE HEAT FLUX', CELL_CENTERED=T/
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&BNDF QUANTITY='WALL THICKNESS', CELL_CENTERED=T/
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&BNDF QUANTITY='SURFACE DENSITY', CELL_CENTERED=T/
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&BNDF QUANTITY='SURFACE OXYGEN MASS FRACTION', CELL_CENTERED=T/
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&BNDF QUANTITY='SURFACE OXYGEN ITERATIONS', CELL_CENTERED=T/
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&BNDF QUANTITY='HEAT TRANSFER COEFFICIENT', CELL_CENTERED=T/
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', ID='mf', CONVERSION_FACTOR=69252, UNITS='mg/cm2 s'/
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SPEC_ID='OXYGEN', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', ID='norm mf O2', CONVERSION_FACTOR=-25937, UNITS='mg/cm2 s'/ 69252/(-2.67)
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SPEC_ID='CARBON DIOXIDE', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', ID='norm mf CO2', CONVERSION_FACTOR= 18973, UNITS='mg/cm2 s'/ 69252/( 3.65)
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SPEC_ID='OXYGEN', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', TEMPORAL_STATISTIC='TIME INTEGRAL', ID='NORM MASS O2 CONSUMED', CONVERSION_FACTOR=-0.374531835205993/ -1/2.67
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='MASS FLUX', SPEC_ID='CARBON DIOXIDE', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', TEMPORAL_STATISTIC='TIME INTEGRAL', ID='NORM MASS CO2 PRODUCED', CONVERSION_FACTOR= 0.273972602739726/ 1/3.65
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='SURFACE DENSITY', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', ID='MASS', SMOOTHING_TIME=10/
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&DEVC XB=-0.028,0.048,-0.038,0.038,-0.038,0.038, QUANTITY='SURFACE DENSITY', MATL_ID='ASH', SURF_ID='exposed sample', SPATIAL_STATISTIC='SURFACE INTEGRAL', TEMPORAL_STATISTIC='INSTANT VALUE', ID='NORM MASS ASH PRODUCED', CONVERSION_FACTOR= 50./ 1/0.02
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&CTRL ID='PID WT LOSS', FUNCTION_TYPE='PID', INPUT_ID='MASS', PROPORTIONAL_GAIN=0, DIFFERENTIAL_GAIN=1, INTEGRAL_GAIN=0/
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&DEVC XYZ=0,0,0, ID='wt loss mf', QUANTITY='CONTROL VALUE', CTRL_ID='PID WT LOSS', CONVERSION_FACTOR=-69252, UNITS='mg/cm2 s'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='WALL TEMPERATURE', IOR=-1, ID='T0mm'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='INSIDE WALL TEMPERATURE', DEPTH=0.005, IOR=-1, ID='T5mm'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='INSIDE WALL TEMPERATURE', DEPTH=0.010, IOR=-1, ID='T10mm'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='INSIDE WALL TEMPERATURE', DEPTH=0.015, IOR=-1, ID='T15mm'/
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&DEVC XYZ=-0.001,0,0, QUANTITY='BACK WALL TEMPERATURE', IOR=-1, ID='T38mm'/
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&PROF ID='Tx' , XYZ=-0.001,0,0, QUANTITY='INSIDE WALL TEMPERATURE', IOR=-1 /
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&PROF ID='MOISTUREx', XYZ=-0.001,0,0, QUANTITY='SOLID DENSITY', MATL_ID='MOISTURE', IOR=-1 /
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&PROF ID='PINEx', XYZ=-0.001,0,0, QUANTITY='SOLID DENSITY', MATL_ID='PINE', IOR=-1 /
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&PROF ID='CHARx', XYZ=-0.001,0,0, QUANTITY='SOLID DENSITY', MATL_ID='CHAR', IOR=-1 /
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&PROF ID='ASHx' , XYZ=-0.001,0,0, QUANTITY='SOLID DENSITY', MATL_ID='ASH' , IOR=-1 /
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&PROF ID='O2x' , XYZ=-0.001,0,0, QUANTITY='SOLID OXYGEN MASS FRACTION', MATL_ID='CHAR' , IOR=-1 /
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&SLCF PBY=0, QUANTITY='VELOCITY', VECTOR=T/
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&SLCF PBY=0, QUANTITY='TEMPERATURE', CELL_CENTERED=T/
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&SLCF PBY=0, QUANTITY='VOLUME FRACTION', SPEC_ID='OXYGEN', CELL_CENTERED=T/
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&TAIL /

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