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Pope S.B. — Turbulent Flows
Pope S.B. — Turbulent Flows



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Название: Turbulent Flows

Автор: Pope S.B.

Аннотация:

Turbulent Flows is an up-to-date and comprehensive graduate text on this important topic in fluid dynamics. The book consists of two parts: Part I provides a general introduction to turbulent flows, how they behave, how they can be described quantitatively, and their fundamental physical processes. Part II is concerned with different approaches for modeling, or simulating, turbulent flows. Key appendices present the necessary mathematical techniques. While primarily intended for engineering graduate students, this book will also be valuable to students in applied mathematics, physics, oceanography and atmospheric sciences, as well as to researchers and practicing engineers.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2000

Количество страниц: 771

Добавлена в каталог: 04.06.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Reynolds number of round jet      97
Reynolds number, friction      270
Reynolds number, relation between flow and Taylor-scale      245
Reynolds number, relation between turbulence and Taylor-scale      244 245
Reynolds number, Taylor-scale      200
Reynolds number, turbulence      200 244
Reynolds number, turbulent      119 137 149 365 366
Reynolds stress      75 84 86-91
Reynolds stress in axisymmetric contraction      361
Reynolds stress in axisymmetric flow      104
Reynolds stress in axisymmetric wake      152
Reynolds stress in boundary layer      313
Reynolds stress in channel flow      282 284 281-284 540
Reynolds stress in grid turbulence      159
Reynolds stress in homogeneous turbulent shear flow      156 157
Reynolds stress in mixing layer      144
Reynolds stress in plane jet      136
Reynolds stress in round jet      106 105-107
Reynolds stress in terms of LES stresses      604
Reynolds stress on axis of symmetry      105
Reynolds stress, anistropy      see Reynolds-stress anisotropy tensor
Reynolds stress, balance equation      315 319-320
Reynolds stress, balance equation for rapid distortion of homogeneous turbulence      413
Reynolds stress, bound on shear stress      122
Reynolds stress, budget in boundary layer      316 317 315-318
Reynolds stress, convective transport      319
Reynolds stress, dissipation      see Dissipation tensor
Reynolds stress, flux      319
Reynolds stress, near-wall expansion      284
Reynolds stress, normal      87
Reynolds stress, pressure transport      317 319
Reynolds stress, production      315 315 320
Reynolds stress, production, in isotropic turbulence      414
Reynolds stress, redistribution      316
Reynolds stress, resolved      602
Reynolds stress, shear      87
Reynolds stress, viscous transport      319 429
Reynolds, O.      5 83
Reynolds, W. C.      222 324 346 348 354 360 361 383 415 422 437 540 541 560 602 628 629
Reynolds-number similarity      27
Reynolds-stress anisotropy tensor      88 392
Reynolds-stress anisotropy tensor as ellipsoid      394
Reynolds-stress anisotropy tensor in homogeneous turbulent shear flow      424 544
Reynolds-stress anisotropy tensor in shear rapid distortion      420
Reynolds-stress anisotropy tensor, eigenvalues      394
Reynolds-stress anisotropy tensor, evolution equation      392
Reynolds-stress anisotropy tensor, invariants      393 394 395
Reynolds-stress anisotropy tensor, principal invariants      404
Reynolds-stress model      387-448
Reynolds-stress model, dissipation      see Dissipation tensor
Reynolds-stress model, gradient-diffusion transport models      431-432 446
Reynolds-stress model, pressure transport      429-430
Reynolds-stress model, Reynolds-number effects      388
Reynolds-stress model, transport equation      429 445
Reynolds-stress model, transport equation from PDF equation      466
Reynolds-stress model, turbulent convection      429
Reynolds-stress tensor as ellipsoid      397
Reynolds-stress tensor, anisotropy      88
Reynolds-stress tensor, determinant      see Determinant of normalized Reynolds stress tensor
Reynolds-stress tensor, eigenvalues      88
Reynolds-stress tensor, principal axes      88 90 109
Reynolds-stress tensor, symmetries      89
Reynolds-stress tensor, tensor properties      87
Reynolds-stress tensor, two-dimensional flow      89
Richardson      183
Richardson, L. F.      182 183
Right hand      see Handedness
Riley, J. J.      638
Ristorcelli, J. R.      427
RNG $k-\varepsilon$ model      383
Robertson, H. P.      400
Robinson, S. K.      323 324 328
Rodi, W.      xxxiii 423 425 427 434 436 445 449 638 639
Roekaerts, D.      547
Rogallo, R. S.      155 255 344-346
Rogers, M. M.      142-144 155-157 176 177 346 354 372 424 430 431 544 625
Rollers      178 175 180
Rolls      325 326 330 331
Roshko, A.      178
Rotation      see also Rate of rotation
Rotation of coordinate axes      27 645
Rotation of frame      30
Rotta coefficient      425 427
Rotta coefficient implied LIPM      478
Rotta constant      393 423
Rotta constant implied by SLM      476
Rotta, J. C.      383 392 437
Rotta’s dissipation-tensor model      437 438 445
Rotta’s return-to-isotropy model      392-393 396 423 476
Roughness      294
Round jet      3 4 5 97 96-134
Round jet, $u-\upsilon$ correlation coefficient      105 107
Round jet, centerline velocity      97 99 100 101 116
Round jet, energy-flow rate      116
Round jet, half-width      97
Round jet, laminar      120
Round jet, lengthscales      108 109 109 130 131
Round jet, mass-flow rate      116
Round jet, mean velocity      98 102 97-104
Round jet, momentum conservation      115-116
Round jet, momentum-flow rate      115
Round jet, r.m.s. Velocity      105 106
Round jet, Reynolds number      97 100
Round jet, Reynolds number, dependence on      101 105
Round jet, Reynolds number, turbulent      119
Round jet, Reynolds stress      105 106
Round jet, scalar variance      163 165
Round jet, scalar variance, budget      164
Round jet, self-similarity      98 102 101-105
Round jet, skewness of velocity      177 177
Round jet, spreading rate      100 101 117 382
Round jet, spreading rate, dependence on turbulent viscosity      119
Round jet, timescales      130 131
Round jet, turbulent kinetic energy budget      129 130
Round jet, turbulent viscosity      105-107 108
Round jet, turbulent viscosity, scaling      118
Round jet, turbulent viscosity, uniform      119 118-122
Round jet, virtual origin      100
Round wake      see Axisymmetric wake
Rubinstein, R.      454 456
Runstadler, P. W.      324
Sabel’nikov, V. A.      545
Saddoughi, S. G.      193 194 233 235 236 239 247 318
Saffman, P. G.      205 222 383 498
Sample path      65
Sample space      38
Sarkar, S.      xxxiv 398 399 402 425 427
Sato, Y.      487
Savill, A. M.      421
Sawford, B. L.      503
Saxena, V.      553
Scalar dissipation      164
Scalar dissipation, conditional      546 549
Scalar dissipation, conditional, for Gaussian field      550 551
Scalar flux      91 163
Scalar flux, model transport equation      554
Scalar flux, symmetries      92
Scalar gradient      647
Scalar variance in plane wake      170
Scalar variance in round jet      163 163 165
Scalar variance in round jet, budget      164
Scalar variance, balance equation      163
Scalar variance, dissipation      see Scalar dissipation
Scalar variance, influence of molecular diffusivity      165-166
Scalar variance, model transport equation      548
Scalar variance, production      163
Scalar variance, timescale ratio      see Mechanical-to-scalar timescale ratio
Scale invariance      27
Scale similarity      27
Scale-similarity model      627-628
Scatter plot      54 55 58
Scheuerer, G.      436 445
Schiestel, R.      458
Schlichting, H.      8 119 290 293-295 297 298 300 301 306 367
Schmidt number      21
Schmidt, H.      631
Schmitt, F.      355
Schneider, W.      97
Schoppa, W.      328 332
Schraub, F. A.      324
Schultz — Grunow friction law      307
Schumann, U.      402 560 599 631
Schwarz, W. R.      432
Scotti, A.      577
Second-moment closures      460
Self-similarity      99
Self-similarity, asymptotic      147 151
Sensitivity to initial conditions      35 36 37
Separation      321
Separation of scales      7 243 242-244
SGS dissipation      586
SGS Reynolds stress      583 584 609
SGS stress      see Residual stress tensor
Shape factor      303 313 321
Sharma, B. I.      373 375
Shavit, A.      423
She, Z.-S.      352
Shear flow      see Homogeneous turbulent shear flow
Shear layer      see Mixing layer
Shear rapid distortion      420
Shear stress      87 94 106 269
Shear stress at wall      267 269
Shear stress in channel flow      see Channel flow etc.
Shear stress, spectrum      see Spectrum
Shear-thinning      450
Shih — Lumley model      see SL model
Shih, T.-H.      399 425 427
Shir, C. C.      431
Shukla, V.      633
Simplified Langevin model      471 472 476 489
Simplified Langevin model for decaying homogeneous turbulence      471-472 474
Simpson, R. L.      321
Simulation      336
Sirovich, L.      330
skewness      43
Skewness, conserved scalar      175 176
Skewness, structure-function      204
Skewness, velocity      111 177
Skewness, velocity-derivative      202 204 256 261 262
Skin-friction coefficient      301 306 321
Skin-friction coefficient in channel flow      267 279 533
Skin-friction coefficient, relation to friction velocity      268
SL model      427 425-427
Smagorinsky coefficient      587 619
Smagorinsky coefficient for laminar flow      597
Smagorinsky coefficient for large filter width      597
Smagorinsky coefficient for small filter width      595
Smagorinsky coefficient from dynamic model      622-623
Smagorinsky coefficient from Lilly analysis      588
Smagorinsky coefficient, dependence on filter width      593
Smagorinsky coefficient, internal intermittency      589
Smagorinsky coefficient, near-wall damping      599
Smagorinsky filter      593 590-594
Smagorinsky filter, transfer function      592
Smagorinsky lengthscale      587 588
Smagorinsky lengthscale, near-wall variation      601
Smagorinsky model      587-604
Smagorinsky model based on fluctuating filtered rate of strain      598
Smagorinsky model for laminar flow      597-598
Smagorinsky model, a posteriori testing      602-603
Smagorinsky model, a priori testing      601-602
Smagorinsky model, inertial subrange      588 589 587-590
Smagorinsky model, large-filter-width limit      596-597
Smagorinsky model, small-filter-width limit      594-596
Smagorinsky, J.      367 560 562 588
Smith, A. M. O.      308 367
Smith, C. R.      324
Smith, L. M.      383
Smits, A. J.      291 292 309 310
Smoothed particle hydrodynamics      525
So, R. M. C.      437
Solenoidal      15
Sotiropoulos, F.      365
Spalart — Allmaras model      385-386 459-460
Spalart, P. R.      303 307 313 314 318 321 357 379 384 385 437 438
Spalding, D. B.      373 442
Sparse-mode methods      352
Spatial average      80 208
Spatial mixing layer      see Mixing layer
Specific volume      15
Spectral eddy viscosity      611 610-611
Spectral energy-transfer rate      see Energy-transfer rate
Spectral method      345
Spectrum      see also Energy-spectrum function velocity-spectrum
Spectrum in grid turbulence      241
Spectrum of derivatives of a random process      691
Spectrum of finite-difference derivative      574 574 575
Spectrum of Ornstein — Uhlenbeck process      71 721
Spectrum, behavior at small wavenumber      222 223 229 229 232
Spectrum, coherency      247 248
Spectrum, compensated      230 236 239
Spectrum, dissipation      236 237 243 251 251
Spectrum, dissipation range      233 236 238 234-238
Spectrum, effect of Reynolds number      242 243 242-245
Spectrum, energy-containing range      240 241
Spectrum, exponential      236 236
Spectrum, filtered      570 568-571
Spectrum, frequency      71 69-71 689 687-691
Spectrum, inertial subrange      239 238-239
Spectrum, Kolmogorov      189 229-232
Spectrum, Kolmogorov, departures from      254 255
Spectrum, model      233 232-234 236 237
Spectrum, one-dimensional      229 224-229 231 235
Spectrum, one-dimensional, in isotropic turbulence      226
Spectrum, overlap      242 243 244
Spectrum, Pao      236 236 253-254
Spectrum, power-law      189 254 255 698 696-701
Spectrum, production      250 251
Spectrum, refined Kolmogorov hypotheses      261
Spectrum, relation to autocovariance      688
Spectrum, shear stress      248 246-249
Spectrum, von K$\acute{a}$rm$\acute{a}$n      232
Spectrum, wavenumber      77
Spencer, A. J. M.      400
Speziale, C. G.      xxxiv 32 383 398 399 402 425-427 442 453 454 469 490 492 584
Speziale, Sarkar, and Gatski model      see SSG model
Spreading rate      see Round jet etc.
Sreenivasan, K. R.      166 171 231 259 260 262 321 324
SSG model      427 425-428 442
Standard deviation      41
Stapountzis, H.      503
Staroselsky, I.      383
Statistical correspondence between the LES and DNS      614
Statistical correspondence in Lagrangian particle method      517-523
Statistical error      525
Statistically axisymmetric      76 104
Statistically homogeneous      75
Statistically isotropic      77
Statistically one-dimensional      76
Statistically stationary      75
Statistically two-dimensional      76
Stern, F.      343
Stochastic differential equation      484 718-719
Stochastic Lagrangian model      491 492 etc.)
Stochastic model for molecular motion      534
Stochastic model for turbulence frequency      see Turbulence frequency
Stochastic model for velocity      see Langevin equation
Stochastic process      67 713
Stochastic process, increment      714
Stochastic process, infinitesimal parameters      715
1 2 3 4 5 6 7 8
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