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| Bernard P.S., Wallace J.M. — Turbulent Flow: Analysis, Measurement and Prediction |
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| Ïðåäìåòíûé óêàçàòåëü |
Gossler, A. A. 420—421
Graham, L. J. W. 379—380
Graham, S. C. 94
Grant, A. J. 94
Grant, H. L. 40 156—157 196—198
Grant, J. R. 420—421
Grashof number 57
Grass, A. J. 155
Greengard, L. 420
Gretler, W. 229
Grinstein, F. F. 398
Guckenheimer, J. 275
Gupta, A. K. 154
Gurtin, M. E. 21 318
Hairpin packet 169 173
Hairpin removal 422
Hald, O. H. 150—151
Halleen, R. M. 371—372
Hamilton, J. M. 162
Handler, R. A. 164—166 170 175 233—235 239—240 242—243 245-248
Hanjalic, K. 333 345 347
Hanratty, T. J. 164—165 170—171
Haritonidis, J. H. 118 122
Harlow, F. H. 333 447
Hayakawa, M. 53 195
Head, M. R. 168 423
Heat transfer 55 56 378
Heat transfer, convective 56
Heist, D. K. 170—171
Heitor, M. V. 365—366
Helland, K. N. 296
Helmholtz decomposition 97—98 416
Henbest, S. 248
Heskestad, G. 203—208
Hess, J. L. 418
HID/PIV 87—88 93
High image density (HID) 87
Hildebrand, F. B. 279
Hill flow 365
Hinze, J. O. 138 181 189 260 289
Hirata, M. 160
Hites, M. 149
Ho, C. — M. 218
Hoagland, L. C. 374
Holmes, P. J. 275
Holography 54 84
Homogeneous shear flow 5 31 295—300 328—329 335
Homogeneous turbulence 5 10 34 256 432
Honkan, A. 53 63—64
Horiuti, K. 401
Howarth, L. 278
Hunt, J. C. R. 320
Hur, N. 361
Hussain, F. 53 64 162 168 195 222
Hussaini, M. Y. 103—104 106
Huyer, S. A. 420—421
Hwang, B. C. 345
Hydrogen bubble wire 160
Image shifting 89
Incompressible flow 18
Inertial subrange 42—43 391 422 456 471
Infinitesimal response tensor 462
Inrushes 155
Instability, Kelvin — Helmholtz 208
Integral scale 12 40 251
Integrity basis 336
Intermediate layer 111 120 133—134 138 150
Intermittency 42 144 148 190 479
Internal energy 24 49
Interrogation cell 87
Invariants 167 322 326 336
Isocontours 110 166—168 494
Isotropic decay 268 270 282 461
Isotropic decay, tensor 258
Isotropic decay, turbulence 5
Itsweire, E. C. 296
Jackson, D. C. 379—380
Jakirlfc, S. 347
Jeong, J. 168
jet 2 3 180—181 222 378
Jet, energy budget 205—208
Jet, impinging 376
Jet, Reynolds shear stress 204 207
Jet, self-preserving 199 204
Jet, structure 207 208
Jet, transition 3
Jet, turbulent 198—208
Jet, wall 229
Johansson, A. W. 118 122 154
Johansson, T. G. 119—123 125 131 146—147 358
Johnson, D. A. 312 366—367
Johnson, R. W. 97
Johnston, J. P. 361—362 371—372
Jones, J. M. 94
Jones, W. P. 312 341 355—358 376—377
Jorgensen, F. 60
Jorgensen’s law 60
Jovic, S. 361 365
Joyce, G. 477
Kalinske, A. A. 439
Kanniche, M. 357 372 373
Kaplan, R. E. 154
Karlsson, R. I. 119—123 125 131 146—147 358
Karman vortex street 184
Karman — Howarth equation 278—280
Karnik, U. 329
Kasagi, N. 160
Kashiwagi, T. 94
Kastrinakis, E. G. 160
Katz, J. 401 409
Kawamura, T. 398
Kebede, W. 345
Kelner, E. 154
Kelvin’s theorem 420
Kendall, T. M. 168
Kim, H. T. 155
Kim, J. 64 98 106 116—120 122 131 148 155—156 162 168 298 333 355—357 360—362 364—365 397
Kinetic theory of gases 22 227
King, L. S. 312 366—367
King, L. V. 58
King’s law 58—59
Kit, E. 53 63—64
Klebanoff, P. S. 470
Klewicki, J. C. 154
Kline, S. J. 154—155 361—362
Knudsen number 57
Kolbe, R. L. 398
Kolmogorov 39 42 58 281 289 460 482
Kolmogorov, A. N. 39
Kolmogorov, scales 40 58
Kompenhans, J. 90—91
Konig, M. 184
Konrad, J. H. 210 218
Korneyev, A. I. 279
Koseff, J. R. 401 408
Kovasznay, L. S. G. 158
Kraichnan, R. 453 455 461 467
Kramers, H. 58
Kravchenko, A. G. 398
Kristoffersen, R. 373
Krothapalli, A. 91
Kuerten, J. 398 410—412
Kuwahara, K. 398
Lagrangian integral time scale 237
Lai, Y. G. 345
Laminar flow 1
Landahl, M. T. 162
Landhauser, A. 379—384
Lang, D. B. 95
Langevin equation 392 436 445
| Large eddy simulation (see LES)
Laser Doppler velocimetry (see LDV)
Laser-induced fluorescence 95
Lasheras, J. C. 219
Laufer, J. 154
Launder, B. E. 312 322 327—328 330 332 341 345 355—358 360 363 370—371 374 376-384
Laurence, D. 357 366 372—373
Law of the wake 150
Law of the wall 134—135 138 149 318 339
LDV 53 70 73 77—78 89
LDV, particles 77—78
Le, H. 361 364—365 488
Lee, J. 94
Leonard stress 400 405
Leonard, A. 392 400
LES 16 248 304 390—427 456 471 476
LES, applications 409—416
Leschziner, M. A. 322 337 367—369 379—384
Lesieur, M. 42 282 404 452 459 461
LESlie, D. C. 452 461
Lezius, D. K. 371—372
Li, S. — P. 345
Liao, G. X. 379—380
Libby, P. A. 94
LID/PIV 87 93
Lien, F. S. 367—369 379—384
LiF 95
Light sheet 84—85 88—89
Lilly, D. K. 402 406
Line measurements 88
Line measurements, law 120 134—137
Line measurements, layer 120
Liu, Z.C. 168
Lomax, H. 310
Loucks, R. 65—66 214—217 219 221-222
Lourenco, L. 91
Low image density 87
Low speed streaks 153 156 160 162 164 171 173 397
Lu, S. S. 154 174
Lumley, J. L. 181—182 197 330 332
Lund, T. 406 408 410—412
Mahesh, K. 14
Mandelbrot, B. 478
Manners, A. 376—377
Mansour, N. N. 116—117 119—131 148 155—156 298 333 345 355—357 360
Marasli, B. 59 194
Mariaux, J. — L. 145
Markland, E. 160
Marshall, J. S. 420—421
Mas — Gallic, S. 421
Masuda, S. 367 369
Material frame indifference 318
Material volume 21
Max worthy, T. 219
Maximal randomness 467
McComb, W. D. 452—455 458 461 468—470 472
McLaughlin, D. K. 83
Mean free path 58 228
Measurement volume 76—77
Mehta, R. D. 214—215
Meier, H. U. 379—384
Meneguzzi, M. 5
Meneveau, C. 401 406 408—412
Menon. S. 205
Metais, O. 404
Metzger, M. M. 154
Metzler, S. P 154
Meyers, J. F. 78
Mi, J. 194
microcanonical ensemble 478 480
MicroscaleLine measurements 11 40 88 266 272 287
Miller, J. 477
Millikan, C. B. 135
Mixed model (see Model mixed)
Mixedness 229 232
Mixing jet 198
Mixing jet, energy budget 215—216
Mixing jet, layer 65 180—181 183 198 222
Mixing jet, length 229 309
Mixing jet, Reynolds shear stress 216 221—222
Mixing jet, self-preserving 210 222
Mixing jet, structure 216—222
Mixing jet, theory 309
Mixing jet, time 227 229 232 235 238 244 441
Mixing jet, turbulent 208—222
Miyake, Y. 166 170 173
Model, algebraic Reynolds stress 306—307 334—338 355 371 374
Model, Baldwin — Lomax 310 379
Model, Cebeci — Smith 310
Model, constraints 318
Model, deterministic diffusion 421
Model, DIA 453 455 461—469
Model, dynamic 405—409 410 412
Model, eddy viscosity 305 307 309—313 363 366 376 378 382
Model, EDQNM 453 456—461
Model, elliptic relaxation 343 357
Model, IP 328 333
Model, Johnson — King 312 366 379
Model, Lagrangian history 455
Model, Lagrangian subgrid scale 409
Model, localization 406
Model, LRR 327 374
Model, mixed 401
Model, mixing length 309 311 338 355 401 403
Model, near-wall 344—346
Model, nonlinear 306 321 324 338 340 357 363 367 374 379 381
Model, one-equation 312 313 403
Model, random flight 436 445 448—449
Model, Reynolds stress equation 306 324—334 357 361 363 365 371 374 376 378 381 476
Model, RNG 453 456 469—477
Model, Rotta 326
Model, scale similarity 400 405
Model, similarity 410
Model, Smagorinsky 401—403 405 411
Model, SSG 328 371
Model, subgrid scale 16 305 398—409
Model, turbulence 304
Model, two equation 312
Model, vorticity transport 347—348
Moilliet, A. 40
Moin, P 14 98 106 118—119 122 124 130 148 155—156 297 333 355—356 361 364—365 392 397—398 405—406 410-411
Momentum, integral 183—184
Momentum, thickness 145 185 213
Monin, A. S. 137
Monte — Carlo scheme 421 449
Montgomery, D. 477
Moody, L. F. 133
Morel, R. 145
Morikawa, T. 166 170 173
Morton, J. B. 94
Moser, R. 106 116—120 122—131 155—156 213—219 298 355—357 360 397-398
Mumford, J. C. 185 197—198 207 209
Na, Y. 170—171
Nagib, H. 149 184—185 198
Naot, D. 328
Navier — Stokes equation 18
Nelson, D. R. 469
Nguyen, P. 59 194—196
Nikuradze, J. 141
Nishino, K. 160
NLEVM (see Model eddy nonlinear)
Noack, B. R. 185
Noise electronic 79—80
Noise electronic, shot 76 79—80
Noise electronic, white 436
Norberg, C. 403 409
Norris, L. H. 311
Numerical diffusion 398 416 422
Numerical methods 97—106
Numerical wind tunnel 54
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