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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
Correspondence      517 518 614
Corrsin — Kistler equation      89 173
Corrsin, S.      89 94 155-159 163 167 171 174 175 196 197 236 241 246 255 281 327 362
Cost and ease of use of models      338 (see also Appraisal of models)
Courant number      348
Covariance      57
Covariance matrix      712
Covariance of Fourier modes      686 688
Cowling, T. G.      361
CPU time      339
Craft, T. J.      439 434 456
Craya, A.      406
Cross product      654-659 660
Cross stress      583 584 609
Crow, S. C.      360 405 415
Cumulative distribution function      see CDF
Curl, R. L.      555
Dahm, W. J. A.      5 166 174
Daly — Harlow model      431 435 446
Daly, B. J.      431
Damping function      434 436 445
Davidov, B. I.      373
de Souza, F. A.      157
Dean, R. B.      278 279 533
Deardorff, J. W.      560 577 603 631
Decay of turbulence      see Grid turbulence
Defiltering      604 633
Deiwert, G. S.      339
Dekeyser, I.      165
Delta function      670-677
Delta function, definition      672
Delta function, derivative      674 674
Delta function, distribution      52 51-53
Delta function, multi-dimensional      677
Delta function, normalization condition      673
Delta function, operations      672
Delta function, sifting property      672 677
Delta function, Taylor series      675
Delta function, transformation rule      673
Delta sequence      670 671
Demarcation lengthscale      see Lengthscale
Demuren, A. O.      430 448
Determinant of normalized Reynolds stress tensor      396 401 401
Determinant of normalized Reynolds stress tensor, evolution equation      404
Deterministic Lagrangian model      480 492
Devillon, J. C.      547
DFT      see discrete Fourier transform
Dibble, R. W.      547
Differential diffusion      552 554
Diffusion process      484 611 713-726
Diffusion process, definition      714-715
Diffusion process, drift and diffusion coefficients      715
Diffusion process, evolution of moments      719-720
Diffusion process, infinitesimal increment      718
Diffusion process, non-differentiability      715
Diffusion process, stationary distribution      716
Diffusion process, vector-valued      722-723
Diffusivity, molecular      21
Diffusivity, turbulent      see Turbulent diffusivity
Dilatation      15 18
Dimensional analysis      399
Dimotakis, R E.      5 142 165 174 180
Dirac delta function      see Delta function
Direct numerical simulation      see DNS
Direction cosines      645
Discrete Fourier Transform      345 571 692-695
Discrete Fourier transform, definition      692 695
Discrete Fourier transform, inverse      695
Discrete Fourier transform, relation to Fourier series      693
Discrete Fourier transform, sampling frequency      694 695
dispersion      494-505
Dispersion from a line source      505 503-505
Dispersion from a point source      498-503
Dispersion, effect of molecular diffusion      495 498 504
Dispersion, Eulerian approach      495
Dispersion, implied turbulent diffusivity      500
Dispersion, Lagrangian approach      497
Dispersion, long-time square-root spreading      499
Dispersion, relation to Lagrangian autocovariance      499
Dispersion, sccording to Langevin equation      500 501 501
Dispersion, short-time linear spreading      499
Dispersion, Taylor’s stochastic model      503
Displacement thickness      299 302 303
Dissipation      124 127-128 budget)
Dissipation at wall      285 287 287 436
Dissipation equation      see Dissipation model
Dissipation in isotropic turbulence      134
Dissipation of residual kinetic energy      586
Dissipation range      186 187 188 231 234-238 251 349 351 594
Dissipation spectrum      see Spectrum
Dissipation tensor      315 318 318 436-39 budget)
Dissipation tensor, anisotropic model      438 437-438
Dissipation tensor, at wall      320
Dissipation tensor, conditional      467 706
Dissipation tensor, isotropic model      388
Dissipation tensor, near wall      437 438
Dissipation, cumulative      236 237 238
Dissipation, instantaneous      259
Dissipation, log-normal distribution      261 262
Dissipation, model transport equation      375-382 432-33
Dissipation, model transport equation, in final period      376
Dissipation, model transport equation, modifications      382 432
Dissipation, model transport equation, near wall      436
Dissipation, numerical      632
Dissipation, range      see Dissipation range
Dissipation, relation to mixing length      370
Dissipation, relation to pseudo-dissipation      132-133
Dissipation, relation to spectrum      216 219 221 222
Dissipation, relation to Taylor microscale      199
Dissipation, scaling      127
Dissipation, spectrum      see Spectrum dissipation
Dissipation, tensor      see Dissipation tensor
Dissipative heating      128
Distance from wall      386 438 445
Divergence theorem      653; see also Gauss’s theorem
DNS      336 344-357
DNS, backward-facing step      355 356
DNS, channel flow      353-354
DNS, channel flow, grid spacing      354
DNS, channel flow, number of modes      354
DNS, computational cost      349 350 346-351 355 356 356
DNS, computational cost, dependence on Reynolds number      348 350 354
DNS, computational cost, for different scales      349 351
DNS, forcing      352
DNS, free shear flows      354
DNS, homogeneous turbulence      344-353
DNS, homogeneous turbulence, box size      346 347
DNS, homogeneous turbulence, grid spacing      347
DNS, homogeneous turbulence, high-wavenumber resolution      346
DNS, homogeneous turbulence, low-wavenumber resolution      346 347
DNS, homogeneous turbulence, number of modes      347 348 349
DNS, homogeneous turbulent shear flow      346
DNS, time step      348 350
Domaradzki, J. A.      217 255
Doolen, G. D.      352
Dopazo, C.      545 547 554 555 704
Dot product      645 651
Double-delta-function PDF      51 52 52 549
Dowling, D. R.      165 166 174
Drag reduction      323 332
Dreeben, T. D.      445 447 530-534 537 538 540
Driver, D. M.      356
Durbin, P. A.      427 430 432 434 436 445 447 448 461 469 490 492
Durst, F.      81 355
Dynamic model      619-627 634 635
Dynamic model, application to channel flow      623-625
Dynamic model, clipping      624
Dynamic model, in laminar flow      623
Dynamic model, Lagrangian      625-626
Dynamic model, localized      625
Dynamic model, near-wall variation of residual stress tensor      624
Dynamic model, physical basis      626-627
Dynamic model, scale-dependent      627
Dynamic model, Smagorinsky coefficient      622-623
Dynamic procedure      628 630
Dynamical models      331
Eastwood, J. W.      516
Eckelmann, H.      325
Eddy      183
Eddy viscosity      see Turbulent viscosity
Eddy viscosity, residual      see Residual eddy viscosity
Eddy, characteristic scales      183 187
Effective diffusivity      93
Effective viscosity      93
Ejection      323 324 324 325
El Tahry, S. H.      506
Elliptic relaxation, $k-\varepsilon-\upsilon^{2}$ model      447
Elliptic relaxation, PDF method      537
Elliptic relaxation, Reynolds-stress model      445-447
Energy budget      see Turbulent kinetic energy
Energy cascade      188 182-188 249-254
Energy cascade, timescale      252
Energy-containing range      187 187 188 231 240 249 351
Energy-spectrum function      78 188-189 221-223 229 see
Energy-spectrum function, balance equation      251 250-252
Energy-spectrum function, filtered      576
Energy-spectrum function, model      232 233
Energy-spectrum function, relation to dissipation      222
Energy-spectrum function, relation to kinetic energy      222
Energy-spectrum function, relation to one-dimensional spectra      226-228
Energy-transfer rate      185 187 188 217 251 250-253 255
Energy-transfer rate, models      253
Ensemble average      61 79 80 82
Enstrophy      23 30
Entrainment      102 143 145 170 171 171 380 509 513
Equilibrium range      see Universal equilibrium range
Erd$\acute{e}$lyi, A.      680
Escudier, M. P.      308
Estimation of means      80 523-525 598 602
Eswaran, V.      549 550
Eubank, R. L.      525
Euler equations      17 27
Eulerian approach      12
Eulerian approach, dispersion      495
Eulerian approach, PDF methods      479 479
Eulerian fields      12
Expectation      41
Exponential distribution      44 45
Fabris, G.      162 163
Falco, R. E.      327
Fatica, M.      577
Ferziger, J. H.      346 382 602 603 628 629 635 638 639
FFT      345 692 695
Fiedler, H. E.      98 99 108-110 140 172 173 177 321 510
Filter      563 (see also Filtering)
Filter width of anisotropic filters      576
Filter width, effective for double filtering      620
Filter width, ratio      623
Filter, anisotropic      576
Filter, band-pass      620 621 621
Filter, box      563 564 576
Filter, Cauchy      580 591
Filter, cell average      576
Filter, functions, table of      563
Filter, Gaussian      563 564 576 580
Filter, Gaussian inversion      616
Filter, grid      619
Filter, homogeneous      562
Filter, implicit numerical      631-634
Filter, isotropic      576
Filter, moments      567
Filter, non-iiniform      577
Filter, normalization condition      561
Filter, Pao      580 591
Filter, projection      567 568
Filter, sharp spectral      563 564 566 576 580 605
Filter, sharp spectral, width      572
Filter, Smagorinsky      590-594
Filter, test      619
Filter, transfer function      565 565 590 592
Filter, transfer function, table of      563
Filtered density function      584 630 631
Filtered spectrum      see Spectrum
Filtered velocity      558 564
Filtered velocity from DNS      613 613
Filtered velocity near-wall variation      600
Filtered velocity, conservation equations      581-582
Filtered velocity, Fourier series      605
Filtered velocity, kinetic energy      585
Filtered velocity, Taylor-series approximation      596
Filtered, residual      562 564 565 567
Filtering      558 561-578
Filtering for channel flow      577
Filtering in one dimension      562-575
Filtering in three dimensions      575-578
Filtering in three dimensions with one- and two-dimensional filters      578
Filtering near boundaries      577
Filtering, commutation with differentiation      562
Filtering, commutation with mean      562
Filtering, definition of filtered velocity      561
Filtering, discrete implementation      577
Filtering, double      567 619-621
Final period of decay      160 205 213
Final period of decay, dissipation equation      376
Fischer, H. B.      494
Flannery, W. S.      383
Flatness      see Kurtosis
Flight time      130
flops      339 340
Fluctuating velocity      83
Fluctuating velocity, continuity equation      83
Fluctuating velocity, momentum conservation equation      126
Fluctuating velocity, PDF      see PDF of fluctuating velocity
Fluctuation      41
Fluid particle      12
Fluid particle, acceleration      14 16
Fluid particle, path      13
Fluid particle, PDF      see PDF Lagrangian
Fluid particle, position      12 481
Fluid particle, trajectory      12 496
Fluid particle, velocity      14 481
Fluid system      516 518
Fokker — Planck equation      484 485 716
Fokker — Planck equation for particle system      519
Fokker — Planck equation for vector-valued process      723
Fokker — Planck equation from GLM      491
Fokker — Planck equation from GLM with viscous transport      536
Fokker — Planck equation, solution for OU process      720
Fokker — Planck equation, stationary solution      716
Forcing      352 484
Forward scatter      610 611
Foster, I.      340
Fourier coefficients      684
Fourier coefficients of pressure      213
Fourier coefficients of random process      686
Fourier coefficients of two-point velocity correlation      215
Fourier coefficients of velocity      210
Fourier coefficients of velocity, covariance      215 217
Fourier coefficients of velocity, evolution equation      214
Fourier coefficients of velocity, kinetic energy      216
Fourier coefficients of vorticity      211
Fourier coefficients, conjugate symmetry      209 210 684
Fourier coefficients, covariance      688
Fourier coefficients, operator      209 685
Fourier modes      77 208 209 684
Fourier modes, amplitude      685
Fourier modes, orthonormality      208
Fourier modes, phase      685
Fourier modes, time-dependent      407 407-408
Fourier series      684
1 2 3 4 5 6 7 8
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