TAB model 274
tar 229
Taylor-Foster approximation 117
Taylor analogy breakup model 274
temporal discretization 374 381 380
solver 367
termination criteria 385
text user interface
see also text interface
thermal conductivity
anisotropic 107
thermal mixing 106
thermophoretic force 241
third-body efficiencies 129
third-order MUSCL scheme 366
time advancement schemes 375
time step 381
discrete phase 282
time stepping
dual 381 367
explicit 367 381
global 367
implicit 381 367
torque 414
total pressure 24
total temperature 24
trajectory calculations 240
transient flows
see time-dependent problems
translating
reference frames 33
transonic 23
transport equations
user-defined scalar 12
trapezoidal Euler scheme 243
TUI
see also text interface
turbulence 42
buoyancy effects 62 82
choosing a model 44
compressibility effects 63
DES model 88
discrete phase interaction 242
enhanced wall functions 101
k- kl-omega transition model 69
k-epsilon model 57
realizable 60
RNG 59
standard 58
k-omega model
SST 67
standard 66
large eddy simulation (LES) 92
mesh considerations for 405
modeling 42 47
in multiphase flows 320
near-wall treatments 97
no perturbations 96
production 61 52
realizable k-epsilon model 60
Reynolds stress model (RSM) 77
RNG k-epsilon model 59
Spalart-Allmaras model 48
spectral synthesizer 96
SST k-omega model 67
SST transition model 72
standard k-epsilon model 58
standard k-omega model 66
two-layer model 101 98
v2 - f model 76
vortex method 96
wall functions 98 98
limitations of 100
non-equilibrium 100
standard 99
turbulence-chemistry interaction 218 146 129 143
NOx 218
soot 229
SOx 226
turbulent viscosity
in the k-epsilon model 58
two-layer model 101 98
two-step soot formation model
theory 229
2.5D surface remeshing method 40
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