Wilcox D. — Turbulence modeling for CFD :: Электронная библиотека попечительского совета мехмата МГУ

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Wilcox D. — Turbulence modeling for CFD

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Название: Turbulence modeling for CFD

Автор: Wilcox D.

Язык:

Рубрика: Математика/Численные методы/Моделирование физических процессов/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1994

Количество страниц: 460

Добавлена в каталог: 20.02.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Algebraic models      23—64
Algebraic models, Baldwin — Lomax      8 52—53 53ff 78 81 133 136 160 195 197 207 209 352 365 368
Algebraic models, Cebeci — Smith      8 30 50—51 53ff 78 133 136 195 197 212 256f 352 365 368
Algebraic models, Prandtl eddy viscosity      31 48 53 69
Algebraic models, Prandtl mixing length      2 6 8 23 27—44 47 77 95 100 352 354—359
Algebraic Stress Model      221—223 233 243 266
Aliasing      319
ASM      see “Algebraic Stress Model”
Asymptotic, consistency      73 133 138—146 150—153 247 259
Asymptotic, expansion (defined)      338
Asymptotic, sequence (defined)      338
Autocorrelation      91 316 329
Averaging, ensemble      11—12
Averaging, Favre      172—174
Averaging, phase      14 20
Averaging, Reynolds      11—14
Averaging, spatial      11—12
Averaging, time      11
Backscatter      327
Backward-facing step      161—163 221 261—263 266 321 328
Boundary-layer applications, compressible, flat-plate      81 195—198
Boundary-layer applications, compressible, nonadiabatic      201—202 255—256
Boundary-layer applications, compressible, rough-wall      201—203
Boundary-layer applications, compressible, separated      203—209 263—266
Boundary-layer applications, compressible, variable-pressure      198—201
Boundary-layer applications, incompressible, curved-wall      215—217 253—255
Boundary-layer applications, incompressible, flat-plate      59 81 133—136 142 253
Boundary-layer applications, incompressible, mass transfer      131—132 136—138
Boundary-layer applications, incompressible, rough-wall      128—130
Boundary-layer applications, incompressible, separated      61—64 66—68 81—82 160
Boundary-layer applications, incompressible, spinning-cylinder      256—257
Boundary-layer applications, incompressible, transitional      155—159
Boundary-layer applications, incompressible, unsteady      256—261
Boundary-layer applications, incompressible, variable-pressure      59—61 66—67 78 81—82 136 142—146 253
Boussinesq approximation (defined)      23
Butterfly effect      329
Cascading      4—5 314 316 320 327
CFL condition (defined)      293
CFL number (defined)      293
Channel flow      53—59 94 132—134 154—156 248—250 364—370
Channel flow, rotating      249
Channel flow, skin friction formula      56
Clauser defect law      48 105 111
Common part      106 345
Complete model      7 73 83 99 163
Completely-rough surface      129—130
Convective Mach number      186
Convergence, grid      304—305
Convergence, iteration      303—304
Correlation (defined)      15
Correlation, auto      see “Autocorrelation”
Correlation, single-point      90 227
Correlation, two-point      90 227
Cross-term stress      325
Curved-wall flow      see “Boundary-layer applications”
Defect layer      44—46 48 110—121 127 142 375
Delta formulation      298
Displacement thickness (defined)      197
Dissipating eddies      4 85 89 146 233 314 318 320 323
Dissipation (defined)      75
Dissipation, dilatation      184
Dissipation, Favre-averaged      179
Dissipation, incompressible      74
Dissipation, solenoidal      184
Dissipation, tensor      224
Distinguished limit      343
Drastic surgery      75 89 90 231 233
Dynamic SGS model      327
Dynamical system      328—330
echo effect      “see Pressure-echo effect”
Eddy shock      183 185
Eddy turnover time      315 320
Energy spectral density      316
Energy-bearing eddies      86 89 233 238 314 316
Enstrophy      86
Entrainment      100 281 284
Equilibrium parameter (defined)      10
Equilibrium turbulence      29—30 63 77
Ergodic hypothesis      12
Escudier defect law      48
Far wake      32—38 95ff 242 279 355—356
Far wake, spreading rate (defined)      99
Fast Fourier transform (FFT)      320
Filter      323—325
Filter, function      324
Filter, Gaussian      324
Filter, volume-average box      323
Filter, width      323
Flux Jacobian matrix      298
Fourier’s law      175
Friction velocity (defined)      46 190
Gradient-diffusion approximation      76
Grid insensitivity      see “Convergence grid”
Half-equation models      65—67
Half-equation models, Hung      64 66
Half-equation models, Johnson — King      65—67 78 160
Half-equation models, Shang — Hankey      63
Heat transfer      63—64 158 172 182 195 197—198 200—201 204—205 207—210 215 321—322 328
Heat-flux vector, laminar      see “Fourier’s law”
Heat-flux vector, turbulent      181
Homogeneous turbulence      12 184 218 235—242
Homogeneous turbulence, anisotropic      236
Homogeneous turbulence, isotropic      93 235 326
Homogeneous turbulence, rotating      218 234 242
Homogeneous turbulence, sheared      235 240
Homogeneous turbulence, strained      235 240 321
Hypothesis of local isotropy      224 233 314
Incomplete model      6 23 37 67 68 73 163
Inertial subrange      316
Inhomogeneous turbulence      12 184 227
Inner expansion (defined)      342
Integral scale, length      90 314
Integral scale, time      91
Intermittency      49
Invariant modeling      224
Jet, plane      41—44 95ff 242 359—360
Jet, radial      103 359—360
Jet, round      41—44 95ff 242 359—360
Jet, spreading rate (defined)      99
Karman’s constant (defined)      47
Klebanoff intermittency function      49—52
Knudsen number (defined)      27
Kolmogorov -5/3 law      316
Kolmogorov scales (defined)      314
kurtosis      186
Law of the wake      117
Law of the wall (defined), classical      47
Law of the wall with suction      71
Law of the wall, compressible      189—195
Law of the wall, curved-wall      217
Leonard stress      325
Levy — Lees variables      429
Locally homogeneous      227
Log layer      44—46 48 51 93—94 105—110 122 171 189 195 197 217 235 244 322
Mass transfer      see “Boundary-layer applications”
Matching (defined)      344
Mean free path      23 25 27
Mixing layer      38—41 95ff 242 321 357—358
Mixing layer, compressible      172 183—189 195
Mixing layer, curved      242—243
Mixing layer, spreading rate (defined)      99
Mixing-length hypothesis      6 23 27—30
Momentum-integral equation      113
Morkovin’s hypothesis      172
Navier — Stokes equation, Favre-averaged      176
Navier — Stokes equation, filtered      325
Navier — Stokes equation, Reynolds-averaged      16
Navier — Stokes operator      17 88 166
Nonstationary turbulence      14
Oldroyd derivative      219—220

One-equation models      77—83
One-equation models, Baldwin — Barth      8 79 81—82 160 197
One-equation models, Bradshaw — Ferriss — Atwell      8 78—79 94
One-equation models, Goldberg      8 78 81
One-equation models, Nee — Kovasznay      78
One-equation models, Prandtl — Emmons — Glushko      6 74—79 327
One-equation models, Spalart — Allmaras      8 79—81 281
Outer expansion (defined)      341
Overlap region (defined)      344
Perfect-gas law      175 423
Permutation tensor (defined)      334
Phase-space portrait      239
Pipe flow      4 53—59 132—135 154—157 248—251 364—370
Pipe flow, skin friction formula      56
Pope’s modification      102 104 359
Prandtl number, laminar      175 328 423
Prandtl number, turbulent      182 357 423
Pressure diffusion      75—76 182—183
Pressure dilatation      179 182—183
Pressure work      179 183
Pressure-echo effect      229—230 235 248—249
Pressure-strain correlation      222 224 226—231 233 235 243
Pressure-strain correlation, rapid (defined)      226
Pressure-strain correlation, slow (defined)      226
Pressure-strain redistribution      see “Pressure-strain correlation”
Production (defined)      75
Pseudo-spectral method      320 323
Rapid pressure strain      see “Pressure-strain correlation”
Rapid pressure-strain models, Launder — Reece — Rodi      229
Rapid pressure-strain models, Lumley      230
Rapid pressure-strain models, Speziale — Sarkar — Gatski      230
Realizability      220 224 229
Realization      321
Resolvable scale      324—325
Return to isotropy      214 220 222 228 239
Reynolds-stress (defined)      16
Reynolds-stress, anisotropy tensor      225
Reynolds-stress, equation      19 179
Reynolds-stress, tensor invariants      230
Reynolds’ analogy      181
Richardson extrapolation      304—305
Richardson number      217
Rodi’s ASM approximation      221
Rossby number      252
Rotating channel flow      see “Channel flow rotating”
Rotation tensor (defined)      218
Round-jet/plane-jet anomaly      102 104 242—243
Rubel — Melnik transformation      277 281—282 286 351 353 371—372
Second viscosity, eddy      181
Second viscosity, molecular      175
Second-moment closure models      see “Second-order closure models”
Second-order closure models      223—235
Second-order closure models, Daly — Harlow      9 228
Second-order closure models, Donaldson      9 224—225 228
Second-order closure models, Fu — Launder — Tselepidakis      231 241
Second-order closure models, Gibson — Launder      229 252
Second-order closure models, Gibson — Younis      261—262
Second-order closure models, Hanjalic — Launder      253—254
Second-order closure models, Launder — Reece — Rodi      9 226 231—232 235ff.
Second-order closure models, Mellor — Herring      225
Second-order closure models, Shih — Lumley      231 241
Second-order closure models, Wilcox multiscale      232—235 235ff 277 352 364—365 368 371 373 391 408—409 412 424
Second-order closure models, Wilcox — Rubesin      225 232 238 256—257
Secondary motion      165 214 218 220—223 255 266
Self preserving (defined)      30
Self similar      see “Self preserving”
SGS Reynolds stress      325
Similarity-solution method      33—36
Similarity-solution method, existence conditions      35
Single-point correlation      90 227
Singular perturbation problem, defined      339
Slightly-rough surface      278 364 371
Slow pressure strain      see “Pressure-strain correlation”
Smagorinsky model      326—327
Specific dissipation (defined)      85—87
Spectral method      319 320 323 324
Spinning, segmented cylinder      256—257
Spreading rate (defined), far wake      99
Spreading rate, jet      99
Spreading rate, mixing layer      99
Stability, analysis      293—297
Stability, conditional      294
Stability, unconditional      290 291 294
Stanford Olympics, first      60
Stanford Olympics, second      60
Stationary turbulence      11 12 14
Stiffness      273—275 303
Strain-rate tensor (defined)      218
Strange Attractor      328—329
Stratification      214 218 224 266
Streamline curvature      7 50 110 214 215—217 222—223 243 253—255 412
Subgrid scale (SGS)      323—324 326—327
Surface mass transfer      see “Boundary-layer applications”
Surface roughness      see “Boundary-layer applications”
Taylor microscale      315
Term-by-term modeling      see “Drastic surgery”
thermal conductivity      175
Transcendentally small (defined)      338
Turbulence Mach number (defined)      184
Turbulence Reynolds number (defined)      139 152
Turbulent transport      76 182 225—226
Turbulent/nonturbulent interface      38 40 94 98 118 279—286 305 320 354
Two-equation models      83—92
Two-equation models, $k-k\tau$ , Zeierman — Wolfshtein      91 94
Two-equation models, $k-\epsilon$ , Chien      139—145 154 194 196 198—200 261—262 278 291 408 428
Two-equation models, $k-\epsilon$ , Dutoya — Michard      139 142—143
Two-equation models, $k-\epsilon$ , Fan — Lakshminarayana — Barnett      139 291 408 428
Two-equation models, $k-\epsilon$ , Hassid — Poreh      139 142—143
Two-equation models, $k-\epsilon$ , Hoffmann      139 142—143
Two-equation models, $k-\epsilon$ , Jones — Launder      87 139—142 144—145 154 198 205 287 291 408 427
Two-equation models, $k-\epsilon$ , Lam — Bremhorst      139—145 154 278 291 408 427
Two-equation models, $k-\epsilon$ , Launder — Sharma      87—89 92ff. 198 204 232 242—243 252 291 352 355 357 359 375 408 427
Two-equation models, $k-\epsilon$ , Myong — Kasagi      139
Two-equation models, $k-\epsilon$ , Reynolds      139
Two-equation models, $k-\epsilon$ , Rodi      205 207 209
Two-equation models, $k-\epsilon$ , Shih-Hsu      139
Two-equation models, $k-\epsilon$ , Speziale — Abid — Anderson      139
Two-equation models, $k-\epsilon$ , Yang — Shih      139 291 408 428
Two-equation models, $k-\epsilon$ , Zhang — So — Speziale — Lai      139 198 201—202
Two-equation models, $k-\omega$ , Kolmogorov      7—8 83—88 92
Two-equation models, $k-\omega$ , Speziale — Abid — Anderson      85
Two-equation models, $k-\omega$ , Wilcox      9 84—87 92ff 194 196 198 216 223 260 265 277 352 355 357 359 364—365 368 371 373 375 391 408 412 424
Two-equation models, $k-\omega^2$ , Saffman      8 84 88 94 123 281 284
Two-equation models, $k-\omega^2$ , Saffman — Wilcox      9 85 190 203
Two-equation models, $k-\omega^2$ , Spalding      85—86 124
Two-equation models, $k-\omega^2$ , Wilcox — Alber      9 85—86 183
Two-equation models, $k-\omega^2$ , Wilcox — Rubesin      9 85—86 110 114 123 142—144 151 214 219 238 256—257 289
Two-equation models, $k-\omega^2$ , Wilcox — Traci      9 85
Two-equation models, $k-\tau$ , Speziale — Abid — Anderson      92 123—124
Two-equation models, $k^{1/2}-\omega$ , Coakley      85
Two-equation models, k-kl, Ng-Spalding      91
Two-equation models, k-kl, Rodi — Spalding      91
Two-equation models, k-kl, Rotta      83 90
Two-equation models, k-kl, Smith      91
Two-equation models, k-kl, Vollmers — Rotta      281
Two-equation models, k-l, Rotta      83
Two-point correlation      90 227
Universal equilibrium theory      314 316
Unsteady flow      14 256—261 292 296
Van Driest damping function (defined)      47
Velocity thickness (defined)      50
Viscous sublayer      44—46 48 122—125 128 130—132 142 152 244—247 261 277 305 322 373—374
Viscous-interface layer      284—286 308
Von Neumann stability analysis      see “Stability analysis”
Vortex stretching      3 4 94 103
Wake      see “Far wake”
Wake-strength parameter      117—120 375
Wall functions      126—128 133 142 161f 195 204f 244f 248 255 261ff 275f 305
Wall-reflection effect      see “Pressure-echo effect”
Weak solution      279—284

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