Mach number 23
macros 121
manuals, using the 2
mass-average quantities 416
mass-averaged quantities 418
mass and momentum transfer 347
mass average 415
mass averaging 34
mass diffusion 128
mass flow rate 13 415
through a surface 416
mass flux 412
mass transfer 339
see also discrete phase, multiphase flow
mean beam length 117
mean free path 241 133
mean reaction rate
NOx 218
soot 229
SOx 226
melting and solidification
see solidification and melting
mesh
see grid
adaption 390
coarsening 392
near walls 405
interfaces 37 38
shapes of 37
motion of 27 37 39
refinement 392
at boundaries 393
based on cell volume 402
based on gradient 394
based on isovalue 398
dynamic 397
in a region 399
near walls 405
rotating reference frames 27
spacing at walls
in turbulent flows 405
storage points 366
mesh motion methods 40
feature detection 40
metallurgy 350
mixed-out averaging 34
mixed convection 108
see also natural convection
mixing plane model 34 33
area averaging 34
mass averaging 34
mass conservation 34
mixed-out averaging 34
swirl conservation 34
theory 34
total enthalpy conservation 34
mixing tanks 33
mixture diffusivity 14
mixture fraction 145
conservation of 145
limitations on 150
variance 145
mixture multiphase model 293
see also multiphase flow
cavitation model 343
collisional viscosity 315
drift flux model 313
drift velocity 313
evaporation-condensation model 344
granular temperature 316
interfacial area concentration 317
kinetic viscosity 315
limitations 309
mass transfer 339
momentum equation 311
overview 309
relative velocity 313
slip velocity 313
solids shear stresses 315
theory 308
volume fraction 314
modified HRIC scheme 366
moment coefficient
see also forces
moments
coefficients of 413
computing 414
reporting 413
momentum equation 11
Monte Carlo method 191
Morsi and Alexander model 323
Moss-Brookes-Hall soot formation model
theory 229
turbulence-chemistry interaction 229
Moss-Brookes soot formation model
theory 229
coal-derived soot 229
turbulence-chemistry interaction 229
moving mesh 27
moving reference frames 27
multi-stage scheme 380
multicomponent droplet 257
Raoult's Law 257
multicomponent particle 257
Raoult's Law 257
multicomponent particles 258
multidimensional limiter 369
multigrid solver 382
algebraic (AMG) 385
cycles 384
F cycle 385
flexible cycle 385
full-approximation storage (FAS) 386
full (FMG) 387
limitations 389
prolongation 383
residual reduction rate 385 385
restriction 383
termination criteria 385
V cycle 384 384
W cycle 384 384
multiphase flows
cavitation model 343 343 343 343
choosing a model for 292
Euler-Euler approach 293
Euler-Lagrange approach 239
Eulerian model 320 319 293 320
see also Eulerian multiphase model
evaporation-condensation model 344
examples 291
fluid-fluid 322
fluid-solid 322
gas-liquid 290
gas-solid 290
granular 322
homogeneous 313
immiscible fluid model 333
interphase exchange coefficients 323
liquid-liquid 290
liquid-solid 290
mixture model 293 308 309
see also mixture multiphase model
particulate loading 294
regimes 290
second-order time scheme 295
Stokes number 294
volume of fluid (VOF) model 297 298 293
see also volume of fluid (VOF) model
wet steam model 334
properties 338
restrictions 335
multiphase species transport 345
heterogeneous reactions 347
limitations 346
momentum transfer 347
stiff chemistry 348
multiple reference frames 32
restrictions of 33
steady flow approximation 33 33
theory of 33
multiple surface reactions model 256
mushy zone 354 352
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