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Bernard P.S., Wallace J.M. — Turbulent Flow: Analysis, Measurement and Prediction
Bernard P.S., Wallace J.M. — Turbulent Flow: Analysis, Measurement and Prediction



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Íàçâàíèå: Turbulent Flow: Analysis, Measurement and Prediction

Àâòîðû: Bernard P.S., Wallace J.M.

Àííîòàöèÿ:

Provides unique coverage of the prediction and experimentation necessary for making predictions.
* Covers computational fluid dynamics and its relationship to direct numerical simulation used throughout the industry.
* Covers vortex methods developed to calculate and evaluate turbulent flows.
* Includes chapters on the state-of-the-art applications of research such as control of turbulence.


ßçûê: en

Ðóáðèêà: Ôèçèêà/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Èçäàíèå: 1 edition

Ãîä èçäàíèÿ: 2002

Êîëè÷åñòâî ñòðàíèö: 497

Äîáàâëåíà â êàòàëîã: 22.04.2010

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
Nusselt number      57 67
Nye, J. O.      94
Nyquist frequency      83
Obi, S.      367 369
Ogami, Y.      421
Ogura, Y.      455
Oldroyd derivative      319 323
Ong, l.      96 130—131 160—161
Onsager, L.      453 477
Optical mixing      72
Oran, E. S.      398
Orszag, S. A.      142 202 453 455—456 459 469—470 472 476
Oster, D.      214
Outer layer      148—150
Overheat ratio      58 67
Overlap, argument      135 149
Overlap, layer      120
Pairing      210 219—220 222
Palenstrophy coefficient      264
Palenstrophy coefficient, joint      8—9 160 194—195 453
Palenstrophy coefficient, pdf      8 50 238 431 434 443—444
Panton, R. L.      170
Papavassilou, D. V.      165
Park, S. — R.      62
Parlange, M. B.      406
Payne, F.      197
Pedestal signal      78 79 83
Pedlosky, J.      318
periodicity      101
Perry, A. E.      66 167—168 248
Peyret, R.      98 106
Pfenninger, W.      2
Phase-locked loop      83
Photodetector      70 72 75 77 78 80 82
Pien, C. L.      439
Piomelli, U.      65 397 402 405 410—411
Pipe flow      132—142 155 160 175
Pipe flow, transition      2
Pitts, W. M.      94
PIV      54 87—90
PIV, resolution      88—89
Plume      96 431 440 443
Plume, continuous point source      436—440
Plume, Gaussian      434
Plume, laminar      448
Plume, line source      442
Plume, origin      435
Plume, slender      438
Plume, source      445
Plume, spread      434 437
Poiseulle flow      113
Pope, S. B.      334 433
Power, law      120 134 136—142 150—152 201 271 275 289 326 469 482
Power, spectrum      81
Prandtl      309
Prandtl, L.      134 309
Prandtl, number      57 446
Prandtl, turbulent      313
Pressure, coefficient      382
Pressure, diffusion      29
Pressure, near-wall      174
Pressure, work      27 129 313
Pressure-strain      30 126 127 321 324—333 335 345 375 378
Pressure-strain, fast term      31
Pressure-strain, slow term      31
Probability density function      (see pdf Probe)
Probability density function, calibration      69
Probability density function, constant temperature hot-wire      69
Probability density function, multisensor      59 61—64 69 160
Probability density function, rake      207
Probability density function, twelve-sensor      64
Probability density function, X-array hot-wire      193
Projection method      97
Projection method, operator      98 291 462
Prolate spheroid flow      379—383
Proper orthogonal decomposition      197
Prostokishin, V. M.      139—141 150—152
Prud’homme, M.      345
Pseudo-spectral method      104
PTV      81 93
Puckett, E.G.      416 419 421
Puff      50—51 431 440
Puff, laminar      431—432
Puff, Quadrant analysis      155—156 216 219
Puff, turbulent      432—436 496
Quarteroni, A.      103—104 106
Raffel, R.      90—91
RANS      19
Rapid distortion theory      (see RDT)
Rapid planar scanning      54 79
Rate-of-strain tensor      20 168
Rayleigh light scattering      88
RDT      320 326 329 332
Realizability      320 329 333 455 459
Reattachment point      353 360—361 363 365
Rebollo, M. R.      94
Reece, G. J.      327 330 374 376
Reichardt, H.      213
Reichl, L. E.      436 478 480
Renormalization      453 456 466—467 470—471 473 475—476
Renormalization, group theory      (see Model RNG)
Renormalized perturbation theories      455
Resolution cell      86
Return to isotropy      326 329
Reynolds analogy      446
Reynolds analogy, averaged equation      18
Reynolds analogy, model      (see Model)
Reynolds analogy, number      3
Reynolds analogy, stress budget      126—130
Reynolds analogy, stress equation      29
Reynolds stress equation stress tensor      20 23
Reynolds stress equation stress tensor, transport theorem      21
Reynolds, O.      19
Reynolds, W. C.      154—155 297 300—301 311 321 345 400 456
Ristorcelli, J. R.      347
RLS      88
Rng      (see Model)
RNG Rotating channel flow      368 372
Robert, R.      477
Robertson, H. P.      258
Robinson, S. K.      166
Rodi, W.      327 330 334 373—374 376
Rogers, M. M.      213—219 297
Rohr, J. J.      296
Rokhlin, V.      420
Roshko, A.      184—185 198 218 220
Rotation      368—372
Rotta model      (see Model Rotta)
Rotta, J. C.      326
Roughness      136 142
Rovelstad, A.      235 441—445
Rubach, H.      184
Rubinstein, R.      476
Runstadler, P. W.      154
Saddle region      198
Saddoughi, S. G.      42—43
Sarkar, A.      328—330 342 355—358 363 365 371—372
Sato, Y.      433
Scalar dissipation rate      445
Scalar dissipation rate, mean field      446
Scalar dissipation rate, modeling      445
Scalar dissipation rate, passive      48
Scalar dissipation rate, transport      48—51 441—445
Scalar dissipation rate, turbulent, field      430
SCALE      (see Turbulence scale)
Schiff, L. B.      379
Schlichting, H.      136—137 144—145 150 163 182 211
Schoppa, F.      162 168
Schraub, F. A.      154
Schumann, U.      403
Schwartz, S. P.      160
Scott, J. F.      460
Second moment closure      (see Model Reynolds
Secondary mean flow      373
Sedov, L. I.      279
Seegmiller, H. L.      361
Self-avoiding random walk      480
Self-similarity      (see Similarity self)
Sensor, cold-wire      54 67
Separation      (see Boundary layer separation)
Shah, D. A.      193
Shankar, S.      421
Shanmugasundaram, V.      468—470
Shariff, K.      332
Sharma, B. I.      378—380
Shavit, A.      328
Shear layer      153 159 162 185 216 416
Shear layer, Blasius solution      144
Shear layer, complete      134 138—139 268
Shear layer, free      397
Shear layer, function      189 199
Shear layer, incomplete      134 139
Shear layer, localized      154
Shear layer, self      219 268—269 276
Shear layer, thin      182
Shear layer, variable      202 214
Shih, T. — H.      332 345
Shima, N.      345
Shivaprasad, B. G.      367
Similarity      110—111 133 136 185—187 204 211
Simoens, S.      91 95—96
Simpson, R. L.      367 379
Sirovich, L.      197
skewness      9 264 282 449 459
Skin friction coefficient      381
Slater, L. J.      279
Smagorinsky, J.      310 401
SMC      (see Model Reynolds
Smith, A. M. O.      310 366—367 418
Smith, C. R.      154 160 185
Smith, G. F.      322
Smith, L. M.      453 456 469 476
Smits, A. J.      142—143
So, R. M. C.      322 325 342 345 355—358 361 363 365 374 448
Sohankar, A.      403 409
Sommer, T. P.      345
Spalart, P. R.      119 121—123 125 131 146—147 313 358—360 410—412 423 425-426
Spalding, D. B.      119
Specific heat      24 55
Spectral analysis      36—39
Spectrum, dissipation      468
Spectrum, enstrophy      289
Spectrum, inertial range      456 477
Spectrum, one-dimensional energy      14 42—43 65 287—289
Spencer, B. W.      214
Speziale, C. G.      269 275 277 279 300—301 318—320 322—323 325 328 330 335—337 346 355 361—362 367 369 371—372 374 401 448 476
Splitter plate      180 210 217
Spohn, H.      477
Squires, K. D.      410—412
Sreenivasan, K. R.      42 478
Stagnation point      198 354 376—379
Stephen, M. J.      469
Stevens, S. J.      376—377
Stewart, R. W.      40 470
Street, R. L.      401 408
Stress tensor      18—19
Strouhal number      184 194
Strouhal, V.      184
Structure function      404
Subgrid scale stress      390
Suga, K.      322 357 360
Swearingen, J.      235
Sweep      155 244
Swirl      322
Taneda, S.      185
Tangemann, R.      229
Taulbee, D. B.      334
Tavoularis, S.      329
Taylor — Proudman theorem      318
Taylor, G. I.      43 47 64 229 248—249 257 265 432 440
Taylor, T. D.      98 106
Taylor’s hypothesis      64—65 158 288—289
Tennekes, H.      181—182
Thangam, S.      361—362 476
Theodorsen, T.      161
thermal conductivity      25 49 57
Thermodynamics first law      24
Thermodynamics first law, vortex systems      477—482
Thomas, J. L.      379 490
Thomson, D. J.      449
Thurlow, E. M.      154
Tiederman, W. G.      83
Tollmein — Schlichting waves      423
Townsend, A. A.      40 161 182 185 191—192 194—196 198 267 272—273 297 470
Transport, acceleration      232 236—237 241 244 297
Transport, countergradient      249
Transport, displacement      232—233 236 239 241 442—443
Transport, molecular      22—24 50 228 305
Transport, scalar      51
Transport, turbulent      226
Transport, vorticity      248—254
Tritton, D. J.      2
Tsai, C. — Y.      379
Tselepidakis, D. P.      332 345 370
Tsinober, A.      53 63—64
Tsuge, S.      2
Turbulence, definition      1
Turbulence, homogeneous      5 10 34 256 432
Turbulence, homogeneous anisotropic      326
Turbulence, isotropic      5 256
Turbulence, scale      39—43
Turbulence, stationary      6
Turbulence, two-dimensional      323 477
Twelve-sensor probe      63—65
Uedo, T.      94
Unidirectional flow      227 249 309—310 368
Unsteady RANS      360
Ushiro, R.      166 170 173
Utami, T.      94
V-array      61
Van Atta, C. W.      296
van Dommelen, L.      421
Van Dyke, M.      423
Vatsa, V. N.      379
Vector potential      417
Veeravalli, S. V.      42—43
Velocimetry, flow field      84
Velocimetry, laser speckle      86
Velocimetry, laser — Doppler      53 70—84
Velocimetry, particle, image      54 87—88
Velocimetry, planar      85—86 89
Velocimetry, pulse-light      84—86
Velocimetry, speckle      54
Velocimetry, tracking      54 87
Velocity bias, convection      64 174
Velocity bias, correction      83
Velocity bias, defect law      134 148
Velocity bias, effective cooling      60
Velocity bias, fluctuation vector      7
Velocity bias, Fourier analysis      289—295
Velocity bias, inflectional profile      154
Velocity bias, out-of-plane      89
Very large eddy simulations      (see VLES)
Vincent, A.      5
Vincont, J. — Y.      91
Viscous sublayer      111 118 122 130 132—133 155 164 171 378 419 421
VLES      360
Vollmers, H.      379—384
von Karman, T.      134 184 278
Vortex, arch      167 171
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