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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
$K-\omega$ model      383-385
$K-\varepsilon$ model      373-383
$k-\varepsilon$ model, behavior at free-stream edge      379-382
$k-\varepsilon$ model, damping function      434 436
$k-\varepsilon$ model, entrainment velocity      381
$k-\varepsilon$ model, implied model for $\omega$      385
$k-\varepsilon$ model, in log-law region      378-379
$k-\varepsilon$ model, model constants      375 382
$k-\varepsilon$ model, model constants, in final period of decay      376
$k-\varepsilon$ model, model constants, relation to decay exponent      376
$k-\varepsilon$ model, model constants, relation to von K$\acute{a}$rm$\acute{a}$n constant      379
$k-\varepsilon$ model, realizability      397
$k-\varepsilon$ model, RNG      383
$k-\varepsilon$ model, vear-wall modifications      433-436
$y^{+}$      270
A posteriori testing      601 602-603 626
A priori testing      601-602 614 627 633
Abid, R.      383 427
Acceleration, conditional      465 465 704
Acceleration, fluid particle      14 16 29
Acceleration, of frame      30
Acceleration, stochastic model      493
Accuracy of models      341 (see also appraisal of models)
Admissible roughness      298
Adrian, R. J.      615
Akselvoll, K.      560 625 626 631
Algebraic models      365-369
Algebraic Stress Model      448-452
Algebraic stress model, from LRR-IP      450 451 452
Algebraic stress model, implied variation of cm      450 451 452
Algebraic stress model, in LES      630
Algebraic stress model, of Reynolds stress      88 (see also Reynolds-stress anisotropy tensor)
Aliasing      226 345 573 574 694
Allmaras, S. R.      385
Alternating symbol      654 658-660
Anand, M. S.      504 509 514 547 556
Anderson, E. C.      383
Anisotropy of dissipation      318 318
Anselmet, F.      257
Antonia, R. A.      256 257 262 285
Appraisal of models      336-343
Appraisal of models, DNS      356-357
Appraisal of models, k-$\varepsilon$ model      382
Appraisal of models, LES      635-638
Appraisal of models, PDF methods      555-557
Appraisal of models, pressure-rate-of-strain tensor      426
Appraisal of models, RANS models      457-462
Appraisal of models, Spalart — Allmaras model      386
Arnal, D.      300
Arnold, L.      715
Aronson, D.      433
ASM      see algebraic stress model
Atmospheric boundary layer      258 559
Attenuation factor      569 569
Aubry, N.      331
Autocorrelation function      68 70 109 110 485 721
Autocovariance      68 77 686 687 689
Autocovariance, corresponding to power-law spectrum      699
Autocovariance, of derivatives of a random process      691
Autocovariance, relation to spectrum      69 687
Autocovariance, relation to structure function      696
Axisymmetric contraction      360 359-360 406 415
Axisymmetric contraction, rapid distortion      415 416
Axisymmetric expansion      415
Axisymmetric expansion, rapid distortion      411 418
Axisymmetric jet      see round jet
Axisymmetric wake      151-154
Axisymmetric wake, mean velocity      152
Axisymmetric wake, production-to-dissipation ratio      151
Axisymmetric wake, Reynolds stress      152 153
Axisymmetric wake, spreading parameter      151 153
Axisymmetric wake, turbulent kinetic energy budget      151 153
Axisymmetric wake, turbulent structures      179 181
Axisymmetric wake, uniform turbulent viscosity      152 154
B$\acute{e}$guier, C.      165
Backs      323 327
Backscatter      586 587 610-612
Bailey, F. R.      339
Bakewell, H. P.      325 330
Balaras, E.      636
Baldwin — Lomax model      367
Baldwin, B. S.      308 367 385
Ball, K. S.      330
Bandyopadhyay, P. R.      308 324-327
Bardina model      627-628
Bardina, J.      346 382 628 629
Barenblatt, G. I.      308-310
Barth, T. J.      385
Barton, J. M.      454 456
Batchelor, G. K.      7 10 11 110 148 203 205 259 406 680
Behnia, M.      448 461
Belin, F.      258
Bell, J. H.      143 144 395
Benocci, C.      636
Berkooz, G.      xviii 325 326 328 330 331
Bernoulli trials      79
Bernoulli’s theorem      23 113 299
Bias      524 527-529
Bilger, R. W.      547
Birdsall, C. K.      525
Blackburn, H. M.      328
Blackwelder, R. F.      325 327 328
Blasius boundary layer      301 301
Blasius resistance formula      312
Blasius, H.      301
Blending function      384 437
Body force      16 17
Boris, J. P.      633 638
Borue, V.      352
boundary conditions      see impermeability no-slip wall
Boundary conditions , reflection of particles      530
Boundary conditions as source of error      341
Boundary conditions for elliptic relaxation equation      537
Boundary conditions for Euler equations      18
Boundary conditions for LES-NWM      634-635
Boundary conditions for LES-NWR      634
Boundary conditions for Navier — Stokes equations      17
Boundary conditions on dissipation      436 437
Boundary conditions on mean turbulence frequency      384 538
Boundary conditions on pressure      19 439
Boundary conditions on velocity-frequency joint PDF      538 539
Boundary conditions, periodic      346
Boundary layer      265 298-322
Boundary layer, effect of mean pressure gradient      320
Boundary layer, effect of surface curvature      321
Boundary layer, friction law      306 312
Boundary layer, integral momentum equation      301 302
Boundary layer, intermittency factor      302 302 321
Boundary layer, laminar      301 301
Boundary layer, mean momentum equation      300
Boundary layer, mean velocity      302 303 305 307 302-313
Boundary layer, overlap region      308-313
Boundary layer, relaminarization      321
Boundary layer, Reynolds stress      313 313
Boundary layer, Reynolds stress, budget      316 317 315-318
Boundary layer, separation      321
Boundary layer, shear stress      300 302 303 304 305 323 317 318
Boundary layer, thickness      299 301 302
Boundary layer, transition      300
Boundary layer, turbulent kinetic energy, balance equation      314
Boundary layer, turbulent kinetic energy, budget      314 314
Boundary-layer equations      111-115 300 339
Boundary-layer equations, statistically axisymmetric flows      114
Boysan, F.      364
Bracewell, R. N.      680
Bradbury, L. J. S.      135
Bradshaw, P.      305 321 322 327 365 379 384 432 461 462
Breuer, M.      638 639
Brigham, E. O.      697
Britter, R. E.      503
Brodkey, R. S.      324 325
Brooks, N. H.      494
Brown, G. L.      178
Browne, L. W. B.      285
Brownian motion      483 539
Brumley, B.      433
Buell, J. C.      355
Buffer layer      274 275 276 303
Bulges      323 327 327
Burgers equation      633
Burgers, J. M.      634
Bursting      324 331
Bushnell, D. M.      332
Butkov, E.      682
Cabot, W. H.      593 620 625 626
Callen, N. S.      635
Cannon, S.      153 179 181
Cantwell, B. J.      324 328 461
Capp, S.      6 97 98 100 102 105-108 119 12?
Carmody, T.      153
Carruthers, D. J.      415 421 422
Cartesian coordinate system      643 644
Cartesian coordinate system, change of axes      646
Cartesian coordinate system, handedness      645 656
Cartesian tensor      see tensor
Cascade      see energy cascade
Castillo, L.      308 310
Cauchy distribution      53 54
Cauchy — Schwartz inequality      57 59 122 374
Cayley — Hamilton theorem      400 404 453 667
Cazalbou, J. B.      379 384
CDF      38-39 40
CDF, marginal      56
CDF, N-time      66
CDF, one-point      74
CDF, one-time      66
cebeci — Smith model      367
Cebeci, T.      308 367
Central-limit theorem      61 65 710
Certain event      34
Champagne, F. H.      140-142 149 153 179 181 510
Channel flow      76 265 264-290
Channel flow, DNS      353-354
Channel flow, friction law      278-279
Channel flow, friction Reynolds number      280
Channel flow, friction velocity      280
Channel flow, laminar      267
Channel flow, mean pressure gradient      267
Channel flow, mean velocity      268 273 274 275 277 271-278
Channel flow, mean-momentum equation      266
Channel flow, PDF methods      532 540
Channel flow, Reynolds stress      282 284 281-288
Channel flow, Reynolds stress, effect of Reynolds number      285 286
Channel flow, shear stress      266-267 269 270
Channel flow, skin-friction coefficient      267-268 279 279 533
Channel flow, transition      266
Channel flow, turbulent kinetic energy      284 532
Channel flow, turbulent kinetic energy, balance equation      284 286
Channel flow, turbulent kinetic energy, budget      285
Channel flow, viscous lengthscale      280
Chapman — Kolmogorov equation      714
Chapman, D. R.      599 600 637
Chapman, S.      361
Characteristic function      43 707-712
Characteristic function of joint normal random variabLES      712
Characteristic function of normal random variabLES      708
Characteristic function of ornstein-uhlenbeck process      725
Characteristic function, GLM solutions      473-475
Characteristic function, relation to PDF      707 710
Characteristic velocity, convective      111 112 139 147
Characteristic velocity, difference      111 112 139 147
Chasnov, J. R.      205 222 560 612 614
Chebyshev polynomials      353
Chemical reactions      545
Chemical source term      546
Chen, H.      551
Chen, J.-Y.      547
Chen, S.      352 551
Chen, T.-C.      308
Chen, W. Y.      258
Chen, Y. L.      507 509
Chevray, R.      153
Choi, K.-S.      332
Cholesky decomposition      65 723
Chollet, J.-P.      611
Chong, M. S.      326
Chorin, A. J.      310
Chou, P. Y.      390
Chung, M. K.      398 399 402 403
Clark model      628
Clark, R. A.      602 629
Closed form      370
Closure problem      87 92 94 118 202 370 387 468 582 606 616
Cloud-in-cell      525
coin tossing      79
Coleman, H. W.      343
Coles, D.      305 306
Colucci, P. J.      547 630 638
Comparison between model and experiment      342 341-343
Completeness of models      338 (see also Appraisal of models)
Computational cost of DNS      346-351 355 356
Computational cost of LES      599-600 636-637
Computational cost of PDF methods      556
Computational cost of RANS      444-445 459-460
Computational difficulty of flows      338
Computer speed      340 340
Comte-Bellot, G.      158 159 196 197 236 241
Conditional dissipation      see dissipation conditional etc.
Conditional mean      59 60 464
Conditional mean, in terms of fine-grained PDF      702
Conditional statistics      see intermittency
Confidence interval      80
Conjugate symmetry      209 679 684 694
Conserved scalar      21-22 161-167 173-176 494-505 550 545-555
Conserved scalar variance      see Scalar variance
Conserved scalar, boundedness      21 174 554 555
Conserved scalar, conservation equation      21
Conserved scalar, conservation equation, from molecular motion      536
Conserved scalar, dispersion      494-505
Conserved scalar, fluctuation      91
Conserved scalar, fluctuation, conservation equation      167
Conserved scalar, kurtosis      175 176
Conserved scalar, linearity and independence      554
Conserved scalar, mean, conservation equation      91-92
Conserved scalar, mean, in plane wake      162
Conserved scalar, mean, relation to PDF of particle position      497
Conserved scalar, PDF      174-176 (see also PDF of composition)
Conserved scalar, skewness      175 176
Conserved scalar, uniform turbulent diffusivity      162 162
Continuity equation      14
Continuity equation in polar-cylindrical coordinates      110
Continuity equation in wavenumber space      211
Continuity equation, filtered      581
Continuity equation, fluctuating      83
Continuity equation, mean      83
Continuity equation, mean, in statistically axisymmetric flows      103
Continuity equation, residual      581
Continuum Hypothesis      10-12
Control of turbulence      8 323
Control surface      85
Control volume      85
Cook, A. W.      638
Cooper, D. M.      339
Coordinate system      see Cartesian coordinate
Core      281
Corino, E. R.      324
Coriolis forces      31
Correlated random variables      57 63
Correlation coefficient      57
Correlation coefficient of $u$ And $v$      105 107 157 282 283 327
1 2 3 4 5 6 7 8
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