Fire Dynamics Simulator Input 정리

오늘에야 알았다. FDS 변수가 이렇게 많다니...

기억을 다시 되살려서, 아래의 변수들에 친해지고 싶다..

자주 쓰는 것들은 알겠는데, 어떤 건 많이 생소하다.

자주 봐서 익혀야지..

많다. 참 많다.

17.1 BNDF (Boundary File Parameters)

Table 17.1: For more information see Section 16.5.

BNDF (Boundary File Parameters)

CELL_CENTERED Logical Section 16.5 .FALSE.

PART_ID Character Section 16.12

PROP_ID Character Section 16.5

QUANTITY Character Section 16.12

SPEC_ID Character Section 16.12

STATISTICS Character Section 16.5

17.2 CLIP (Clipping Parameters)

Table 17.2: For more information see Section 6.7.

CLIP (Specified Upper and Lower Limits)

MAXIMUM_DENSITY Real Section 6.7 kg/m3

MAXIMUM_TEMPERATURE Real Section 6.7 C

MINIMUM_DENSITY Real Section 6.7 kg/m3

MINIMUM_TEMPERATURE Real Section 6.7 C

17.3 CSVF (Comma Separated Velocity Files)

Table 17.3: For more information see Section 6.4.5.

CSVF (Comma Delimited Output Files)

UVWFILE Character Section 6.4.5

17.4 CTRL (Control Function Parameters)

Table 17.4: For more information see Section 15.5.

CTRL (Control Function Parameters)

CONSTANT Real Section 15.5.6

DELAY Real Section 15.5.9 s 0.

DIFFERENTIAL_GAIN Real Section 15.5.7 0.

EVACUATION Logical Reference [54] .FALSE.

FUNCTION_TYPE Character Section 15.4

ID Character Section 15.5

INITIAL_STATE Logical Section 15.4 .FALSE.

INPUT_ID Char. Array Section 15.5

INTEGRAL_GAIN Real Section 15.5.7 0.

LATCH Logical Section 15.4 .TRUE.

N Integer Section 15.5 1

ON_BOUND Character Section 15.5.3 LOWER

PROPORTIONAL_GAIN Real Section 15.5.7 0.

RAMP_ID Character Section 15.5.5

SETPOINT(2) Real Section 15.4

TARGET_VALUE Real Section 15.5.7 0.

TRIP_DIRECTION Integer Section 15.4 1

17.5 DEVC (Device Parameters)

Table 17.5: For more information see Section 15.1.

DEVC (Device Parameters)

BYPASS_FLOWRATE Real Section 15.3.7 kg/s 0

CONVERSION_FACTOR Real Section 15.2 1

COORD_FACTOR Real Section 15.2 1

CTRL_ID Character Section 15.6.1

DELAY Real Section 15.3.7 s 0

DEPTH Real Section 16.10.8 m 0

DEVC_ID Character Sections 15.3.7 and 15.6.1

DRY Logical Section 16.10.15 .FALSE.

DUCT_ID Character Section 9.2

EVACUATION Logical Reference [54] .FALSE.

FLOWRATE Real Section 15.3.7 kg/s 0

HIDE_COORDINATES Logical Section 16.2.2 .FALSE.

ID Character Section 15.1

INITIAL_STATE Logical Section 15.4 .FALSE.

INIT_ID Character Section 14.4

IOR Integer Section 15.1

LATCH Logical Section 15.4 .TRUE.

MATL_ID Character Section 16.10.8

NODE_ID Character(2) Section 9.2

NO_UPDATE_DEVC_ID Character Section 15.6.2

NO_UPDATE_CTRL_ID Character Section 15.6.2

ORIENTATION Real Triplet Section 15.1 0,0,-1

ORIENTATION_NUMBER Integer Section 16.9 1

OUTPUT Logical Section 15.2 .TRUE.

PART_ID Character Section 16.12

PIPE_INDEX Integer Section 15.3.1 1

POINTS Integer Section 16.2.2 1

PROP_ID Character Section 15.1

QUANTITY Character Section 15.1

QUANTITY2 Character Section 16.2.2

QUANTITY_RANGE Real(2) Section 16.10.10 -1.E50,1.E50

RELATIVE Logical Section 15.2 .FALSE.

ROTATION Real Section 15.1 deg. 0

SETPOINT Real Section 15.4

STATISTICS Character Section 16.10.10

STATISTICS_START Real Section 16.10.12 s T_BEGIN

SMOOTHING_FACTOR Real Section 15.4 0

SPEC_ID Character Section 16.12

SURF_ID Character Section 16.10.10

TIME_AVERAGED Logical Section 15.2 .TRUE.

TRIP_DIRECTION Integer Section 15.4 1

UNITS Character Section 15.2

VELO_INDEX Integer Section 16.10.17 0

XB(6) Real Sextuplet Section 16.10.10 m

XYZ(3) Real Triplet Section 15.1 m

X_ID Character Section 16.2.2 ID-x

Y_ID Character Section 16.2.2 ID-y

Z_ID Character Section 16.2.2 ID-z

17.6 DUMP (Output Parameters)

Table 17.6: For more information see Section 16.1.

DUMP (Output Parameters)

CLIP_RESTART_FILES Logical Section 6.4.4 .TRUE.

COLUMN_DUMP_LIMIT Logical Section 15.2 .FALSE.

CTRL_COLUMN_LIMIT Integer Section 15.2 254

DEVC_COLUMN_LIMIT Integer Section 15.2 254

DT_BNDF Real Section 16.1 s 2Dt/NFRAMES

DT_CTRL Real Section 16.1 s Dt/NFRAMES

DT_DEVC Real Section 16.1 s Dt/NFRAMES

DT_DEVC_LINE Real Section 16.2.2 s Dt/2

DT_FLUSH Real Section 16.1 s Dt/NFRAMES

DT_HRR Real Section 16.1 s Dt/NFRAMES

DT_ISOF Real Section 16.1 s Dt/NFRAMES

DT_MASS Real Section 16.1 s Dt/NFRAMES

DT_PART Real Section 16.1 s Dt/NFRAMES

DT_PL3D Real Section 16.1 s 1.E10

DT_PROF Real Section 16.1 s Dt/NFRAMES

DT_RESTART Real Section 16.1 s 1000000.

DT_SL3D Real Section 16.1 s Dt/5

DT_SLCF Real Section 16.1 s Dt/NFRAMES

EB_PART_FILE Logical Section 16.1 .FALSE.

FLUSH_FILE_BUFFERS Logical Section 16.1 .TRUE.

MASS_FILE Logical Section 16.1 .FALSE.

MAXIMUM_PARTICLES Integer Section 16.1 1000000

NFRAMES Integer Section 16.1 1000

PLOT3D_PART_ID(5) Char. Quint Section 16.7

PLOT3D_QUANTITY(5) Char. Quint Section 16.7

PLOT3D_SPEC_ID(5) Char. Quint Section 16.7

PLOT3D_VELO_INDEX Int. Quint Section 16.10.17 0

RENDER_FILE Character Reference [2]

SIG_FIGS Integer Section 16.10.20 8

SIG_FIGS_EXP Integer Section 16.10.20 3

SMOKE3D Logical Section 16.8 .TRUE.

SMOKE3D_QUANTITY Character Section 16.8

SMOKE3D_SPEC_ID Character Section 16.8

STATUS_FILES Logical Section 16.1 .FALSE.

UVW_TIMER Real Vector (10) Section 6.4.5 s

VELOCITY_ERROR_FILE Logical Section 16.10.19 .FALSE.

WRITE_XYZ Logical Section 16.7 .FALSE.

Dt=T_END-T_BEGIN

17.7 HEAD (Header Parameters)

Table 17.7: For more information see Section 6.1.

HEAD (Header Parameters)

CHID Character Section 6.1 ’output’

TITLE Character Section 16.7

17.8 HOLE (Obstruction Cutout Parameters)

Table 17.8: For more information see Section 7.2.6.

HOLE (Obstruction Cutout Parameters)

COLOR Character Section 7.4

CTRL_ID Character Section 7.2.6

DEVC_ID Character Section 7.2.6

EVACUATION Logical Reference [54]

ID Character Identifier for input line

MESH_ID Character Reference [54]

MULT_ID Character Section 7.5

RGB(3) Integer Triplet Section 7.4

TRANSPARENCY Real Section 7.2.6

XB(6) Real Sextuplet Section 7.5 m

17.9 HVAC (HVAC System Definition)

Table 17.9: For more information see Section 9.2.

HVAC (HVAC System Definition)

AIRCOIL_ID Character Section 9.2.1

AMBIENT Logical Section 9.2.3 .FALSE.

AREA Real Section 9.2.1 m2

CLEAN_LOSS Real Section 9.2.5

COOLANT_MASS_FLOW Real Section 9.2.6 kg/s

COOLANT_SPECIFIC_HEAT Real Section 9.2.6 kJ/(kg K)

COOLANT_TEMPERATURE Real Section 9.2.6 C

CTRL_ID Character Sections 9.2.1, 9.2.4, 9.2.5

DAMPER Logical Section 9.2.1 .FALSE.

DEVC_ID Character Sections 9.2.1, 9.2.4, 9.2.5

DIAMETER Real Section 9.2.1 m

DUCT_ID Character Array Section 9.2.3

EFFICIENCY Real Array Sections 9.2.5, 9.2.6 1.0

FAN_ID Character Section 9.2.1

FILTER_ID Character Section 9.2.3

FIXED_Q Real Section 9.2.6 kW

ID Character Section 9.2

LEAK_ENTHALPY Logical Section 9.3.2 .FALSE.

LENGTH Real Section 9.2.1 m

LOADING Real Array Section 9.2.5 kg 0.0

LOADING_MULTIPLIER Real Array Section 9.2.5 1/kg 1.0

LOSS Real Array Sections 9.2.1 ? 9.2.5 0.0

MASS_FLOW Real Section 9.2.1 kg/s

MAX_FLOW Real Section 9.2.4 m3/s

MAX_PRESSURE Real Section 9.2.4 Pa

NODE_ID Character Doublet Section 9.2.1

PERIMETER Real Section 9.2.1 m

RAMP_ID Character Sections 9.2.1, 9.2.5, 9.2.4

REVERSE Logical Section 9.2.1 .FALSE.

ROUGHNESS Real Section 9.2.1 m 0.0

SPEC_ID Character Array Section 9.2.5

TAU_AC Real Section 9.2.6 s 1.0

TAU_FAN Real Section 9.2.4 s 1.0

TAU_VF Real Section 9.2.1 s 1.0

TYPE_ID Character Section 9.2

VENT_ID Character Section 9.2.3

VENT2_ID Character Section 9.3.2

VOLUME_FLOW Real Section 9.2.1, 9.2.4 m3/s

XYZ Real Triplet Section 9.2.3 m 0.0

17.10 INIT (Initial Conditions)

Table 17.10: For more information see Section 6.5.

INIT (Initial Conditions)

CELL_CENTERED Logical Section 14.5.3 .FALSE.

CTRL_ID Character Section 14.5.3

DENSITY Real Section 6.5 kg/m3 Ambient

DEVC_ID Character Section 14.5.3

DIAMETER Real Section 14.5.3 mm

DT_INSERT Real Section 14.5.3 s

DX Real Section 14.5.3 m 0.

DY Real Section 14.5.3 m 0.

DZ Real Section 14.5.3 m 0.

HEIGHT Real Section 14.5.3 m

HRRPUV Real Section 6.5 kW/m3

ID Character Section 14.4

MASS_FRACTION(N) Real Array Section 6.5 kg/kg Ambient

MASS_PER_TIME Real Section 14.5.3 kg/s

MASS_PER_VOLUME Real Section 14.5.3 kg/m3 1

MULT_ID Character Section 7.5

N_PARTICLES Integer Section 14.5.3 0

N_PARTICLES_PER_CELL Integer Section 14.5.3 0

PART_ID Character Section 14.5.3

PARTICLE_WEIGHT_FACTOR Real Section 14.5.3 1.

RADIUS Real Section 14.5.3 m

SHAPE Character Section 14.5.3 ’BLOCK’

SPEC_ID(N) Character Array Section 6.5

TEMPERATURE Real Section 6.5 C TMPA

UVW(3) Real Triplet Section 14.5.3 m/s 0.

XB(6) Real Sextuplet Section 6.5 m

XYZ(3) Real Triplet Section 14.5.3 m

17.11 ISOF (Isosurface Parameters)

Table 17.11: For more information see Section 16.6.

ISOF (Isosurface Parameters)

QUANTITY Character Section 16.6

REDUCE_TRIANGLES Integer Reference [2] 1

SPEC_ID Character Section 16.6

VALUE(I) Real Array Section 16.6

VELO_INDEX Integer Section 16.10.17 0

17.12 MATL (Material Properties)

Table 17.12: For more information see Section 8.3.

MATL (Material Properties)

A(:) Real array Section 8.5 1/s

ABSORPTION_COEFFICIENT Real Section 8.3.2 1/m 50000.

ALLOW_SHRINKING Logical Section 8.5.3 .TRUE.

ALLOW_SWELLING Logical Section 8.5.3 .TRUE.

BOILING_TEMPERATURE Real Section 8.5.7 C 5000.

CONDUCTIVITY Real Section 8.3.2 W/(m K) 0.

CONDUCTIVITY_RAMP Character Section 8.3.2

DENSITY Real Section 8.3.2 kg/m3 0.

E(:) Real array Section 8.5 kJ/kmol

EMISSIVITY Real Section 8.3.2 0.9

GAS_DIFFUSION_DEPTH(:) Real array Section 8.5 m 0.001

HEATING_RATE(:) Real array Section 8.5 C/min 5.

HEAT_OF_COMBUSTION(:) Real array Section 8.5 kJ/kg

HEAT_OF_REACTION(:) Real array Section 8.5 kJ/kg 0.

ID Character Section 8.1

MATL_ID(:,:) Character Section 8.5

MATL (Material Properties)

NU_MATL(:,:) Real array Section 8.5 kg/kg 0.

NU_SPEC(:,:) Real array Section 8.5 kg/kg 0.

N_REACTIONS Integer Section 8.5 0

N_O2(:) Real array Section 8.5 0.

N_S(:) Real array Section 8.5 1.

N_T(:) Real array Section 8.5 0.

PCR(:) Logical array Section 8.5 .FALSE.

PYROLYSIS_RANGE(:) Real array Section 8.5 C 80.

REFERENCE_RATE(:) Real array Section 8.5 1/s

REFERENCE_TEMPERATURE(:) Real array Section 8.5 C

SPECIFIC_HEAT Real Section 8.3.2 kJ/(kg K) 0.

SPECIFIC_HEAT_RAMP Character Section 8.3.2

SPEC_ID(:,:) Character Section 8.5

THRESHOLD_SIGN(:) Real array Section 8.5 1.0

THRESHOLD_TEMPERATURE(:) Real array Section 8.5 C -273.15

17.13 MESH (Mesh Parameters)

Table 17.13: For more information see Section 6.3.

MESH (Mesh Parameters)

COLOR Character Section 6.3.3 ’BLACK’

CYLINDRICAL Logical Section 6.3.2 .FALSE.

EVACUATION Logical Reference [54] .FALSE.

EVAC_HUMANS Logical Reference [54] .FALSE.

EVAC_Z_OFFSET Real Reference [54] m 1

ID Character Reference [54]

IJK Integer Triplet Section 6.3.1 10,10,10

LEVEL Integer For future use 0

MPI_PROCESS Integer Section 6.3.3

MULT_ID Character Section 7.5

RGB Integer Triplet Section 6.3.3 0,0,0

SYNCHRONIZE Logical Section 6.3.3 .TRUE.

XB(6) Real Sextuplet Section 6.3.1 m 0,1,0,1,0,1

17.14 MISC (Miscellaneous Parameters)

Table 17.14: For more information see Section 6.4.

MISC (Miscellaneous Parameters)

ALLOW_SURFACE_PARTICLES Logical Section 14.6.1 .TRUE.

ALLOW_UNDERSIDE_PARTICLES Logical Section 14.6.1 .FALSE.

ASSUMED_GAS_TEMPERATURE Real Section 8.6 C

ASSUMED_GAS_TEMPERATURE_RAMP Character Section 8.6

BAROCLINIC Logical Section 6.4.7 .TRUE.

BNDF_DEFAULT Logical Section 16.5 .TRUE.

CNF_CUTOFF Real Section 14.3.3 0.005

CFL_MAX Real Section 6.4.9 1.0

CFL_MIN Real Section 6.4.9 0.8

CFL_VELOCITY_NORM Integer Section 6.4.9 0 (LES), 1 (DNS)

CHECK_HT Logical Section 6.4.9 .FALSE.

CHECK_VN Logical Section 6.4.9 .FALSE.

CLIP_MASS_FRACTION Logical Section 6.7 .FALSE.

C_DEARDORFF Real Section 6.4.8 0.1

C_SMAGORINSKY Real Section 6.4.8 0.20

C_VREMAN Real Section 6.4.8 0.07

CONSTANT_SPECIFIC_HEAT_RATIO Logical Section 11.1.2 .FALSE.

DNS Logical Section 6.4.1 .FALSE.

DRIFT_FLUX Logical Section 12.4 .TRUE.

DT_MEAN_FORCING Real Section 6.4.2 s 1.E10

EVACUATION_DRILL Logical Reference [54] .FALSE.

EVACUATION_MC_MODE Logical Reference [54] .FALSE.

EVAC_PRESSURE_ITERATIONS Integer Reference [54] 50

EVAC_TIME_ITERATIONS Integer Reference [54] 50

FLUX_LIMITER Integer Section 6.4.10 2

FORCE_VECTOR(3) Real Section 6.4.3 0.

GAMMA Real Section 11.1.2 1.4

GRAVITATIONAL_DEPOSITION Logical Section 12.4 .TRUE.

GRAVITATIONAL_SETTLING Logical Section 12.4 .TRUE.

GROUND_LEVEL Real Section 9.6 m 0.

GVEC Real triplet Section 6.4.6 m/s2 0,0,-9.81

HUMIDITY Real Section 11.1.1 % 40.

HRRPUA_SHEET Real Section 12.1.5 kW/m2 200.

HRRPUV_AVERAGE Real Section 12.1.5 kW/m3 2500.

INITIAL_UNMIXED_FRACTION Real Section 12.1.3 1.0

LAPSE_RATE Real Section 9.6 °C/m 0

MAX_CHEMISTRY_ITERATIONS Integer Section 12.3 1000

MAX_LEAK_PATHS Integer Section 9.3.2 200

MAXIMUM_VISIBILITY Real Section 16.10.2 m 30

MEAN_FORCING(3) Logical Section 6.4.2 .FALSE.

MPI_TIMEOUT Real Section 16.10.19 s 10.

NOISE Logical Section 6.4.1 .TRUE.

NOISE_VELOCITY Real Section 6.4.1 m/s 0.005

NO_EVACUATION Logical Reference [54] .FALSE.

OVERWRITE Logical Section 6.4.1 .TRUE.

PARTICLE_CFL Logical Section 6.4.9 .FALSE.

PARTICLE_CFL_MAX Real Section 6.4.9 1.0

POROUS_FLOOR Logical Section 15.3.1 .TRUE.

PR Real Section 6.4.8 0.5

PROJECTION Logical Formal projection .FALSE.

P_INF Real Section 6.4.1 Pa 101325

RAMP_GX Character Section 6.4.6

RAMP_GY Character Section 6.4.6

RAMP_GZ Character Section 6.4.6

RESTART Logical Section 6.4.4 .FALSE.

RESTART_CHID Character Section 6.4.4 CHID

RICHARDSON_ERROR_TOLERANCE Real Section 12 1.0 E-3

RUN_AVG_FAC Real Section 14.3.2 0.5

SC Real Section 6.4.8 0.5

SECOND_ORDER_INTERPOLATED_BOUNDARY Logical Section 6.4.10 .FALSE.

SHARED_FILE_SYSTEM Logical Section 6.3.3 .TRUE.

SMOKE_ALBEDO Real Reference [2] 0.3

SOLID_PHASE_ONLY Logical Section 8.6 .FALSE.

STRATIFICATION Logical Section 9.6 .TRUE.

SUPPRESSION Logical Section 12.1.4 .TRUE.

TEXTURE_ORIGIN(3) Real Triplet Section 7.4.2 m (0.,0.,0.)

THERMOPHORETIC_DEPOSITION Logical Section 12.4 .TRUE.

THICKEN_OBSTRUCTIONS Logical Section 7.2.1 .FALSE.

TMPA Real Section 6.4.1 °C 20.

TURBULENCE_MODEL Character Section 6.4.8 ’DEARDORFF’

TURBULENT_DEPOSITION Logical Section 12.4 .TRUE.

U0,V0,W0 Reals Section 6.4.1 m/s 0.

VISIBILITY_FACTOR Real Section 16.10.2 3

VN_MAX Real Section 6.4.9 0.5

VN_MIN Real Section 6.4.9 0.4

Y_CO2_INFTY Real Section 12.1.1 kg/kg 0.000595

Y_O2_INFTY Real Section 12.1.1 kg/kg 0.232378

17.15 MULT (Multiplier Function Parameters)

Table 17.15: For more information see Section 7.5.

MULT (Multiplier Function Parameters)

DX Real Spacing in the x direction m 0.

DXB Real Sextuplet Spacing for all 6 coordinates m 0.

247

Table 17.15: Continued

MULT (Multiplier Function Parameters)

DX0 Real Translation in the x direction m 0.

DY Real Spacing in the y direction m 0.

DY0 Real Translation in the y direction m 0.

DZ Real Spacing in the z direction m 0.

DZ0 Real Translation in the z direction m 0.

ID Character Identification tag

I_LOWER Integer Lower array bound, x direction 0

I_UPPER Integer Upper array bound, x direction 0

J_LOWER Integer Lower array bound, y direction 0

J_UPPER Integer Upper array bound, y direction 0

K_LOWER Integer Lower array bound, z direction 0

K_UPPER Integer Upper array bound, z direction 0

N_LOWER Integer Lower sequence bound 0

N_UPPER Integer Upper sequence bound 0

17.16 OBST (Obstruction Parameters)

Table 17.16: For more information see Section 7.2.

OBST (Obstruction Parameters)

ALLOW_VENT Logical Section 7.2.1 .TRUE.

BNDF_FACE(-3:3) Logical Array Section 16.5 .TRUE.

BNDF_OBST Logical Section 16.5 .TRUE.

BULK_DENSITY Real Section 8.5.8 kg/m3

COLOR Character Section 7.2.1

CTRL_ID Character Section 15.4.2

DEVC_ID Character Section 15.4.2

EVACUATION Logical Reference [54] .FALSE.

ID Character Section 7.2.1

MESH_ID Character Reference [54]

MULT_ID Character Section 7.5

OUTLINE Logical Section 7.2.1 .FALSE.

OVERLAY Logical Section 7.2.1 .TRUE.

PERMIT_HOLE Logical Section 7.2.6 .TRUE.

PROP_ID Character Reference [2]

REMOVABLE Logical Section 7.2.6 .TRUE.

RGB(3) Integer Triplet Section 7.2.1

SURF_ID Character Section 7.2.1

SURF_ID6(6) Character Sextuplet Section 7.2.1

SURF_IDS(3) Character Triplet Section 7.2.1

TEXTURE_ORIGIN(3) Real Triplet Section 7.4.2 m (0.,0.,0.)

THICKEN Logical Section 7.2.1 .FALSE.

TRANSPARENCY Real Section 7.2.1 1

XB(6) Real Sextuplet Section 7.2.1 m

17.17 PART (Lagrangian Particles/Droplets)

Table 17.17: For more information see Chapter 14.

PART (Lagrangian Particles/Droplets)

AGE Real Section 16.9 s 1105

BREAKUP Logical Section 14.3.4 .FALSE.

BREAKUP_CNF_RAMP_ID Character Section 14.3.4

BREAKUP_DISTRIBUTION Character Section 14.3.4 ’ROSIN...’

BREAKUP_GAMMA_D Real Section 14.3.4 2.4

BREAKUP_RATIO Real Section 14.3.4 3=7

BREAKUP_SIGMA_D Real Section 14.3.4

CHECK_DISTRIBUTION Logical Section 14.3.3 .FALSE.

CNF_RAMP_ID Character Section 14.3.3

COLOR Character Section 16.9 ’BLACK’

COMPLEX_REFRACTIVE_INDEX Real Section 14.3.2 0.01

CTRL_ID Character Section 14.5.1

DENSE_VOLUME_FRACTION Real Section 14.4.2 m3/m3 110??5

DEVC_ID Character Section 14.5.1

DIAMETER Real Section 14.3.3 mm

DISTRIBUTION Character Section 14.3.3 ’ROSIN...’

DRAG_COEFFICIENT(3) Real Array Section 14.4.2

DRAG_LAW Character Section 14.4.2 ’SPHERE’

FREE_AREA_FRACTION Real Section 14.4.8

GAMMA_D Real Section 14.3.3 2.4

HEAT_OF_COMBUSTION Real Section 14.3.5 kJ/kg

HORIZONTAL_VELOCITY Real Section 14.6.1 m/s 0.2

ID Character Section 14.1

INITIAL_TEMPERATURE Real Section 14.3.1 C TMPA

MASSLESS Logical Section 14.2 .FALSE.

MAXIMUM_DIAMETER Real Section 14.3.3 mm Infinite

MINIMUM_DIAMETER Real Section 14.3.3 mm 20.

MONODISPERSE Logical Section 14.3.3 .FALSE.

N_STRATA Integer Section 14.3.3 7

ORIENTATION(1:3,:) Real Array Section 14.4

PERMEABILITY(3) Real Array Section 14.4.7

PROP_ID Character Section 14.1

QUANTITIES(10) Character Section 16.9

QUANTITIES_SPEC_ID(10) Character Section 16.9

RADIATIVE_PROPERTY_TABLE Real Section 14.3.2

REAL_REFRACTIVE_INDEX Real Section 14.3.2 1.33

RGB(3) Integers Section 16.9

SAMPLING_FACTOR Integer Section 16.9 1

SIGMA_D Real Section 14.3.3

SPEC_ID Character Section 14.3.1

STATIC Logical Section 14.4 .FALSE.

SURFACE_TENSION Real Section 14.3.4 N/m 7:28104

SURF_ID Character Section 14.4

TURBULENT_DISPERSION Logical Section 14.2 .FALSE.

VERTICAL_VELOCITY Real Section 14.6.1 m/s 0.5

17.18 PRES (Pressure Solver Parameters)

Table 17.18: For more information see Section 6.6.

PRES (Pressure Solver Parameters)

CHECK_POISSON Logical Section 6.6 .FALSE.

FISHPAK_BC(3) Integer Section 6.6

MAX_PRESSURE_ITERATIONS Integer Section 6.6 10

PRESSURE_RELAX_TIME Real Section 6.6 s 1.

RELAXATION_FACTOR Real Section 6.6 1.

VELOCITY_TOLERANCE Real Section 6.6 m/s

17.19 PROF (Wall Profile Parameters)

Table 17.19: For more information see Section 16.3.

PROF (Wall Profile Parameters)

ID Character Section 16.3

FORMAT_INDEX Integer Section 16.3 1

IOR Real Section 16.3

QUANTITY Character Section 16.3

XYZ Real Triplet Section 16.3 m

17.20 PROP (Device Properties)

Table 17.20: For more information see Section 15.3.

PROP (Device Properties)

ACTIVATION_OBSCURATION Real Section 15.3.5 %/m 3.24

ACTIVATION_TEMPERATURE Real Section 15.3.1 C 74.

ALPHA_C Real Section 15.3.5 1.8

ALPHA_E Real Section 15.3.5 0.

BEAD_DENSITY Real Section 16.10.4 kg/m3 8908.

PROP (Device Properties)

BEAD_DIAMETER Real Section 16.10.4 m 0.001

BEAD_EMISSIVITY Real Section 16.10.4 0.85

BEAD_HEAT_TRANSFER_COEFFICIENT Real Section 16.10.4 W/(m2 K)

BEAD_SPECIFIC_HEAT Real Section 16.10.4 kJ/(kg K) 0.44

BETA_C Real Section 15.3.5 1.

BETA_E Real Section 15.3.5 1.

CHARACTERISTIC_VELOCITY Real Section 16.10.13 m/s 1.

C_FACTOR Real Section 15.3.1 0.

FLOW_RAMP Character Section 15.3.1

FLOW_RATE Real Section 15.3.1 L/min

FLOW_TAU Real Section 15.3.1 0.

GAUGE_TEMPERATURE Real Section 16.10.5 C TMPA

ID Character Section 15.3

INITIAL_TEMPERATURE Real Section 15.3.1 C TMPA

K_FACTOR Real Section 15.3.1 L=(min bar 1

2 ) 1.

LENGTH Real Section 15.3.5 m 1.8

MASS_FLOW_RATE Real Section 15.3.1 kg/s

OFFSET Real Section 15.3.1 m 0.05

OPERATING_PRESSURE Real Section 15.3.1 bar 1.

ORIFICE_DIAMETER Real Section 15.3.1 m 0.

P0,PX(3),PXX(3,3) Real Section 15.3.3 m/s 0.

PARTICLES_PER_SECOND Integer Section 15.3.1 5000

PARTICLE_VELOCITY Real Section 15.3.1 m/s 0.

PART_ID Character Section 15.3.1

PDPA_END Real Section 16.10.6 s T_END

PDPA_HISTOGRAM Logical Section 16.10.6 .FALSE.

PDPA_HISTOGRAM_CUMULATIVE Logical Section 16.10.6 .FALSE.

PDPA_HISTOGRAM_LIMITS Real Array Section 16.10.6

PDPA_HISTOGRAM_NBINS Integer Section 16.10.6 10

PDPA_INTEGRATE Logical Section 16.10.6 .TRUE.

PDPA_M Integer Section 16.10.6 0

PDPA_N Integer Section 16.10.6 0

PDPA_NORMALIZE Logical Section 16.10.6 .TRUE.

PDPA_RADIUS Real Section 16.10.6 m 0.

PDPA_START Real Section 16.10.6 s 0.

PRESSURE_RAMP Character Section 15.3.1

QUANTITY Character Section 15.3.1

RTI Real Section 15.3.1

p

m s 100.

SMOKEVIEW_ID Char. Array Section 15.7.1

SMOKEVIEW_PARAMETERS Char. Array Section 15.7.2

SPEC_ID Character Section 15.3.5

SPRAY_ANGLE(2,2) Real Section 15.3.1 deg. 60.,75.

SPRAY_PATTERN_BETA Integer Section 15.3.1 deg. 5

SPRAY_PATTERN_MU Integer Section 15.3.1 deg. 0

SPRAY_PATTERN_SHAPE Character Section 15.3.1 ’GAUSSIAN’

SPRAY_PATTERN_TABLE Character Section 15.3.1

VELOCITY_COMPONENT Integer Section 15.3.3

17.21 RADI (Radiation Parameters)

Table 17.21: For more information see Section 13.1.

RADI (Radiation Parameters)

ANGLE_INCREMENT Integer Section 13.1.2 5

BAND_LIMITS Real Array Section 13.2.3 mm

KAPPA0 Real Section 13.2.2 1/m 0

MIE_MINIMUM_DIAMETER Real Section 13.2.2 mm 0.5

MIE_MAXIMUM_DIAMETER Real Section 13.2.2 mm 1.5D

MIE_NDG Integer Section 13.2.2 50

NMIEANG Integer Section 13.2.2 15

NUMBER_INITIAL_ITERATIONS Integer Section 13.1.2 10

NUMBER_RADIATION_ANGLES Integer Section 13.1.2 100

PATH_LENGTH Real Section 13.2.3 m

RADIATION Logical Section 13.1 .TRUE.

RADIATIVE_FRACTION Real Section 13.1 0.35

RADTMP Real Section 13.2.2 C 900

TIME_STEP_INCREMENT Integer Section 13.1.2 3

WIDE_BAND_MODEL Logical Section 13.2.3 .FALSE.

17.22 RAMP (Ramp Function Parameters)

Table 17.22: For more information see Chapter 10.

RAMP (Ramp Function Parameters)

CTRL_ID Character Section 15.6.1

DEVC_ID Character Section 15.6.1

F Real Chapter 10

ID Character Chapter 10

NUMBER_INTERPOLATION_POINTS Integer Chapter 10 5000

T Real Chapter 10 s (or C)

X Real Section 6.4.6 m

17.23 REAC (Reaction Parameters)

Table 17.23: For more information see Chapter 12.

REAC (Reaction Parameters)

A Real Section 12.3

AUTO_IGNITION_TEMPERATURE Real Section 12.1.4 C

C Real Section 12.1.1 0

CHECK_ATOM_BALANCE Logical Section 12.2 .TRUE.

CO_YIELD Real Section 12.1.1 kg/kg 0

CRITICAL_FLAME_TEMPERATURE Real Section 12.1.4 C 1327

E Real Section 12.3 kJ/kmol

EPUMO2 Real Section 12.1.2 kJ/kg 13100

EQUATION Character Section 12.2.3

FORMULA Character Section 12.1.1

FUEL Character Section 12.1.1

FUEL_RADCAL_ID Character Section 12.1.1

H Real Section 12.1.1 0

HEAT_OF_COMBUSTION Real Section 12.1.2 kJ/kg

ID Character Section 12.1.1

IDEAL Logical Section 12.1.1 .FALSE.

N Real Section 12.1.1 0

NU(:) Real Array Section 12.3

N_S(:) Real Array Section 12.3

N_T Real Section 12.3

O Real Section 12.1.1 0

REAC_ATOM_ERROR Real Section 12.2 atoms 1.E-5

REAC_MASS_ERROR Real Section 12.2 kg/kg 1.E-4

SOOT_H_FRACTION Real Section 12.1.1 0.1

SOOT_YIELD Real Section 12.1.1 kg/kg 0.0

SPEC_ID_N_S(:) Char. Array Section 12.3

SPEC_ID_NU(:) Char. Array Section 12.3

THIRD_BODY Logical Section 12.3 .FALSE.

17.24 SLCF (Slice File Parameters)

Table 17.24: For more information see Section 16.4.

SLCF (Slice File Parameters)

CELL_CENTERED Logical Section 16.4 .FALSE.

EVACUATION Logical Reference [54] .FALSE.

MAXIMUM_VALUE Real Reference [2]

MESH_NUMBER Integer Section 16.4

MINIMUM_VALUE Real Reference [2]

PART_ID Character Section 16.12

PBX, PBY, PBZ Real Section 16.4 m

QUANTITY Character Section 16.12

QUANTITY2 Character Section 16.12

SPEC_ID Character Section 16.12

VECTOR Logical Section 16.4 .FALSE.

VELO_INDEX Integer Section 16.10.17 0

XB(6) Real Sextuplet Section 16.4 m

17.25 SPEC (Species Parameters)

Table 17.25: For more information see Section 11.

SPEC (Species Parameters)

AEROSOL Logical Section 12.4 .FALSE.

ALIAS Character Section 11.1.2

BACKGROUND Logical Section 11 .FALSE.

CONDUCTIVITY Real Section 11.1.2 W/(m K)

CONDUCTIVITY_SOLID Real Section 12.4 W/(m K) 0.26

DENSITY_LIQUID Real Section 14.3.1 kg/m3

DENSITY_SOLID Real Section 12.4 kg/m3 1800.

DIFFUSIVITY Real Section 11.1.2 m2/s

ENTHALPY_OF_FORMATION Real Section 14.3.1 kJ/mol

EPSILONKLJ Real Section 11.1.2 0

FIC_CONCENTRATION Real Section 16.10.9 ppm 0.

FLD_LETHAL_DOSE Real Section 16.10.9 ppmmin 0.

FORMULA Character Section 11.1.2

HEAT_OF_VAPORIZATION Real Section 14.3.1 kJ/kg

H_V_REFERENCE_TEMPERATURE Real Section 14.3.1 C

ID Character Section 11.1.1

LUMPED_COMPONENT_ONLY Logical Section 11.2 .FALSE.

MASS_EXTINCTION_COEFFICIENT Real Section 15.3.5 0

MASS_FRACTION(:) Real Array Section 11.2 0

MASS_FRACTION_0 Real Section 11.1.1 0

MEAN_DIAMETER Real Section 12.4 m 1.E-6

MELTING_TEMPERATURE Real Section 14.3.1 C

MW Real Section 11.1.2 g/mol 29.

PR_GAS Real Section 11.1.2 PR

PRIMITIVE Logical Section 11.1.2

RADCAL_ID Character Section 11.1.2

RAMP_CP Character Section 11.1.2

RAMP_CP_L Character Section 14.3.1

RAMP_D Character Section 11.1.2

RAMP_G_F Character Section 11.1.2

RAMP_K Character Section 11.1.2

RAMP_MU Character Section 11.1.2

REFERENCE_ENTHALPY Real Section 11.1.2 kJ/kg

REFERENCE_TEMPERATURE Real Section 11.1.2 C 25.

SIGMALJ Real Section 11.1.2 0

SPEC_ID(:) Character Array Section 11.2

SPECIFIC_HEAT Real Section 11.1.2 kJ/(kg K)

SPECIFIC_HEAT_LIQUID Real Section 14.3.1 kJ/(kg K)

VAPORIZATION_TEMPERATURE Real Section 14.3.1 C

VISCOSITY Real Section 11.1.2 kg/(m s)

VOLUME_FRACTION(:) Real Array Section 11.2

17.26 SURF (Surface Properties)

Table 17.26: For more information see Section 7.1.

SURF (Surface Properties)

ADIABATIC Logical Section 8.2.3 .FALSE.

BACKING Character Section 8.3.3 ’EXPOSED’

BURN_AWAY Logical Section 8.5.8 .FALSE.

CELL_SIZE_FACTOR Real Section 8.3.8 1.0

C_FORCED_CONSTANT Real Section 8.2.2 0.0

C_FORCED_PR_EXP Real Section 8.2.2 0.0

C_FORCED_RE Real Section 8.2.2 0.0

C_FORCED_RE_EXP Real Section 8.2.2 0.0

C_HORIZONTAL Real Section 8.2.2 1.52

C_VERTICAL Real Section 8.2.2 1.31

COLOR Character Section 7.4

CONVECTION_LENGTH_SCALE Real Section 8.2.2 m 1.

CONVECTIVE_HEAT_FLUX Real Section 8.2.2 kW/m2

CONVERT_VOLUME_TO_MASS Logical Section 9.1.6 .FALSE.

DEFAULT Logical Section 7.1 .FALSE.

DT_INSERT Real Section 14.5.1 s 0.01

EMISSIVITY Real Section 8.2.2 0.9

EMISSIVITY_BACK Real Section 8.3.3

EVAC_DEFAULT Logical Reference [54] .FALSE.

EXTERNAL_FLUX Real Section 8.6 kW/m2

E_COEFFICIENT Real Section 14.6 m2/(kg s)

FREE_SLIP Logical Section 9.1.7 .FALSE.

GEOMETRY Character Section 8.3.7 ’CARTESIAN’

HEAT_OF_VAPORIZATION Real Section 8.4.3 kJ/kg

HEAT_TRANSFER_COEFFICIENT Real Section 8.2.2 W/(m2 K)

HEAT_TRANSFER_MODEL Character Section 8.2.2

HRRPUA Real Section 8.4.1 kW/m2

ID Character Section 7.1

IGNITION_TEMPERATURE Real Section 8.4.3 C 5000.

INNER_RADIUS Real Section 14.4.1 m

INTERNAL_HEAT_SOURCE Real Array Section 8.3.6 kW/m3

LAYER_DIVIDE Real Section 8.3.5 N_LAYERS/2

LEAK_PATH Int. Pair Section 9.3.2

LENGTH Real Section 14.4.1 m

MASS_FLUX(:) Real Array Section 9.1.6 kg/(m2 s)

MASS_FLUX_TOTAL Real Section 9.1.2 kg/(m2 s)

MASS_FLUX_VAR Real Section 9.1.9

MASS_FRACTION(:) Real Array Section 9.1.6

MASS_TRANSFER_COEFFICIENT Real Section 8.5.7 m/s

MATL_ID(NL,NC) Char. Array Section 8.5

MATL_MASS_FRACTION(NL,NC) Real Array Section 8.5

MINIMUM_LAYER_THICKNESS Real Section 8.3.8 m 1.E-6

MLRPUA Real Section 8.4.1 kg/(m2 s)

N_LAYER_CELLS_MAX Integer Array Section 8.3.8 1000

NET_HEAT_FLUX Real Section 8.2.2 kW/m2

NO_SLIP Logical Section 9.1.7 .FALSE.

NPPC Integer Section 14.5.1 1

PARTICLE_MASS_FLUX Real Section 14.5.1 kg/(m2 s)

PART_ID Character Section 14.5.1

PLE Real Section 9.6 0.3

PROFILE Character Section 9.5

RADIUS Real Section 14.4.1 m

RAMP_EF Character Section 10.1

RAMP_MF(:) Character Section 10.1

RAMP_PART Character Section 10.1

RAMP_Q Character Section 10.1

RAMP_T Character Section 10.1

RAMP_T_I Character Section 8.3.4

RAMP_V Character Section 10.1

RAMP_V_X Character Section 10.3

RAMP_V_Y Character Section 10.3

RAMP_V_Z Character Section 10.3

RGB(3) Int. Triplet Section 7.4 255,204,102

ROUGHNESS Real Section 9.1.7 m 0.

SPEC_ID Character Section 9.1.6

SPREAD_RATE Real Section 8.4.2 m/s 0.05

STRETCH_FACTOR(:) Real Section 8.3.8 2.

TAU_EF Real Section 10.1 s 1.

TAU_MF(:) Real Section 10.1 s 1.

TAU_PART Real Section 10.1 s 1.

TAU_Q Real Section 10.1 s 1.

TAU_T Real Section 10.1 s 1.

TAU_V Real Section 10.1 s 1.

TEXTURE_HEIGHT Real Section 7.4.2 m 1.

TEXTURE_MAP Character Section 7.4.2

TEXTURE_WIDTH Real Section 7.4.2 m 1.

TGA_ANALYSIS Logical Section 8.6.2 .FALSE.

TGA_FINAL_TEMPERATURE Real Section 8.6.2 C 800.

TGA_HEATING_RATE Real Section 8.6.2 C/min 5.

THICKNESS(NL) Real Array Section 8.1 m

TMP_BACK Real Section 8.3.4 C 20.

TMP_FRONT Real Section 8.2.1 C 20.

TMP_INNER(:) Real Array Section 8.3.4 C 20.

TRANSPARENCY Real Section 7.4 1.

VEL Real Section 9.1 m/s

VEL_BULK Real Section 9.5 m/s

VEL_GRAD Real Section 9.1.5 1/s

VEL_T Real Pair Section 9.1.4 m/s

VOLUME_FLOW Real Section 9.1 m3/s

WIDTH Real Section 14.4.1 m

XYZ(3) Real Triplet Section 8.4.2 m

Z0 Real Section 9.6 m 10.

17.27 TABL (Table Parameters)

Table 17.27: For more information see Section 15.3.1.

TABL (Table Parameters)

ID Character Section 15.3.1

TABLE_DATA(9) Real Array Section 15.3.1

17.28 TIME (Time Parameters)

Table 17.28: For more information see Section 6.2.

TIME (Time Parameters)

DT Real Section 6.2.2 s

EVAC_DT_FLOWFIELD Real Reference [54] s 0.01

EVAC_DT_STEADY_STATE Real Reference [54] s 0.05

LIMITING_DT_RATIO Real Section 4.2 0.0001

LOCK_TIME_STEP Logical Section 6.2.2 .FALSE.

RESTRICT_TIME_STEP Logical Section 6.2.2 .TRUE.

SYNCHRONIZE Logical Section 6.2.2 .TRUE.

T_BEGIN Real Section 6.2.1 s 0.

T_END Real Section 6.2.1 s 1.

TIME_SHRINK_FACTOR Real Section 6.2.3 1.

WALL_INCREMENT Integer Section 8.3.8 2

17.29 TRNX, TRNY, TRNZ (MESH Transformations)

Table 17.29: For more information see Section 6.3.5.

TRNX, TRNY, TRNZ (MESH Transformations)

CC Real Section 6.3.5 m

IDERIV Integer Section 6.3.5

MESH_NUMBER Integer Section 6.3.5

PC Real Section 6.3.5

17.30 VENT (Vent Parameters)

Table 17.30: For more information see Section 7.3.

VENT (Vent Parameters)

COLOR Character Section 7.4

CTRL_ID Character Section 15.4.2

DEVC_ID Character Section 15.4.2

DYNAMIC_PRESSURE Real Section 9.4 Pa 0.

EVACUATION Logical Reference [54] .FALSE.

ID Character Section 7.3.1

IOR Integer Section 7.3.4

L_EDDY Real Section 9.1.8 m 0.

L_EDDY_IJ(3,3) Real Array Section 9.1.8 m 0.

MB Character Section 7.3.1

MESH_ID Character Reference [54]

MULT_ID Character Section 7.5

N_EDDY Integer Section 9.1.8 0

OUTLINE Logical Section 7.3.1 .FALSE.

PBX, PBY, PBZ Real Section 7.3.1

PRESSURE_RAMP Character Section 9.4

REYNOLDS_STRESS(3,3) Real Array Section 9.1.8 m2/s2 0.

RGB(3) Integer Triplet Section 7.4

SPREAD_RATE Real Section 8.4.2 m/s 0.05

SURF_ID Character Section 7.3.1 ’INERT’

TEXTURE_ORIGIN(3) Real Triplet Section 7.4.2 m (0.,0.,0.)

TMP_EXTERIOR Real Section 7.3.2 C

TMP_EXTERIOR_RAMP Character Section 7.3.2

TRANSPARENCY Real Section 7.4 1.0

UVW(3) Real Triplet Section 9.2.7 m/s

VEL_RMS Real Section 9.1.8 m/s 0.

XB(6) Real Sextuplet Section 7.3.1 m

XYZ(3) Real Triplet Section 8.4.2 m

17.31 ZONE (Pressure Zone Parameters)

Table 17.31: For more information see Section 9.3.

ZONE (Pressure Zone Parameters)

ID Character Section 9.3.1

LEAK_AREA(N) Real Section 9.3.2 m2 0

PERIODIC Logical Section 9.3.1 .FALSE.

XB(6) Real Sextuplet Section 9.3.1 m