radial distribution 739 1100 744
radial equilibrium pressure distribution 244
radial pull velocity 984
radial velocity 240 984
radiation
see radiative heat transfer
boundary conditions 478
radiation boundary temperature correction 478
radiation heat flux 959 984 958
Radiation Model dialog box 1023 475 473 479 476
radiation models
about 472
defining material properties 477
discrete ordinates (DO)
see also discrete ordinates (DO) radiation model
discrete transfer radiation model (DTRM)
see also discrete transfer radiation model (DTRM)
how to use 473
P-1
see also P-1 radiation model
procedure for setting up 473
Rosseland
see also Rosseland radiation model
S2S
boundary conditions 478
reporting values 480
surface-to-surface (S2S)
see also surface-to-surface (S2S) radiation model
radiation properties 313
refractive index 316
reporting 317
radiation temperature 984
radiative heat transfer
black body temperature 478
boundary conditions 478
flow inlets and exits 478
walls 478 478
discrete ordinates (DO) model
see also discrete ordinates (DO) radiation model
discrete phase 675 703
discrete transfer radiation model (DTRM)
see also discrete transfer radiation model (DTRM)
clustering 480
ray tracing 480
emissivity 478
inputs for 473
material properties 477
modeling 472
non-gray discrete ordinates (DO) model
inputs for 476
P-1 model
see also P-1 radiation model
participation in radiation 478
properties 313
reporting 480
Rosseland model
see also Rosseland radiation model
solar calculator 481
solar load model 481
solution 479 479
surface-to-surface (S2S) radiation model
see also surface-to-surface (S2S) radiation model
reporting 480
turning on 473
Radiator dialog box 255 1126
radiators 255
radio buttons 31
RadTherm files, exporting 120 137
during a transient calculation 140
rake surfaces 880 875
using the line tool 881
RAMPANT case and data files 90
RAMPANT case files 180
raster file 152
rate of fuel NO 984
rate of N2OPath NO 984
rate of NO 984
rate of nuclei 984
rate of prompt NO 984
rate of reburn NO 984
rate of SNCR NO 984
rate of soot 984
rate of thermal NO 984
rate of user NO 984
ray file 474
ray tracing 474 474
Rayleigh-number flows 470
Rayleigh number 806
reacting flows 512
see also combustion
eddy-dissipation model 515 515 726
finite-rate model 726 515
inputs for 515
overview of inputs for 514
partially premixed combustion 605
pollutant formation in 641
premixed combustion 588
solution techniques 834
Reaction Mechanisms dialog box 1082 516
reaction progress variable 598
reaction rate 984 984
reactions
defining 516
for fuel mixtures 516
zone-based mechanisms 516 517
reversible 516
Reactions dialog box 1078
Read Mesh Options dialog box 1246 79
reading
boundary conditions 92
boundary profiles 91
case files 85 84 87
multiple 183
core porosity model parameters 500
data files 86 87 84
multiple 183
parallel 89
DTRM Ray files 474
files 68
compressed 74 74
shortcuts 69
using toolbar buttons 78
GAMBIT files 82
GeoMesh mesh files 82
injections 693
meshes 79 160 168
see also importing
multiple 183 205
parallel data files 89
PreBFC unstructured mesh 83
profiles, boundary 91
surface meshes 184 81
TGrid mesh files 80
view factors 475
XY files 31
real gas models
Aungier-Redlich-Kwong 334
NIST 334
limitations 336
UDRGM 334
example 337
using the NIST models 336
using the UDRGM model 337
real number entry 31
realizable k-epsilon model
model compatibility 1459
reduced pressure 984
reduced temperature 984
reference frames 678
multiple 369
reference pressure
actual location 333
location 332 760
reference temperature 516
reference values 971
for force and moment coefficient reports 814
setting, general 972
setting reference zone 973
Reference Values dialog box 972
Reference Values task page 1146 386 393
reference zone 893 393 386
reflected IR solar flux 984
reflected radiation flux 984
reflected visible solar flux 984
REFPROP database 336
refractive index 316 984
refrigerant 334
region adaption 853
Region Adaption dialog box 854 1381
registers 864
combining 865
deleting 865 865
displaying 867
manipulating 865
modifying 866
patching with 799 801
types 864
relative humidity 984
relative length scale 984
relative Mach number 984
relative total pressure 984
relative total temperature 984
relative velocity 375 382 801 379 893 393 984 800 982 386 984 381
angle 984
relative velocity formulation 376
in multiple reference frames 370
relative velocity resistance formulation 233
remeshing, additional local 396
remeshing methods 396
2.5D surface 396
face region 396
local
using size functions 396
local face 396
remote execution
hiding graphics windows 896
remote shell (Linux/UNIX) 997
Remote Simulation Facility (RSF) dialog box 16
rendering options 904
reordering
domain 212
meshes 212
zones 212 212
reorienting profiles 267
repairing face handedness and node order 192
Replace Cell Zone dialog box 1332 211
replacing zones 211
Report/Fluxes... 959 958
Report/Histogram... 968 968
Report/Input Summary... 975
report/mass-flow 769 Report/Projected Areas... 963
Report/Reference Values... 972 971
Report/Result Reports... 364
Report/Summary... 974
Report/Surface Integrals... 965 964
report/system/proc-stats 976 report/system/sys-stats 976 Report/Volume Integrals... 966 967
reporting
adjusting integral quantities 956
case settings 974
center of pressure 962 961
conventions 956
cpu usage 976
creating surfaces for 874
data 955
drag coefficients 961
fluxes through boundaries 958
force and moment coefficients 814
forces 962 961
heat flux 958
histograms 968
lift coefficients 961
mass flux 958
memory usage 976
moments and moment coefficients 961 962
options for velocity 982
output parameters 957
parameters 957
projected surface areas 963
radiation heat flux 958
reference values 971
summary reports 974
surface integrals 964
turbomachinery quantities 944
volume integrals 966
reporting soot quantities 651
Reporting Variables dialog box 1199
Reports task page 1231
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