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Wesseling P. — Principles of computational fluid dynamics
Wesseling P. — Principles of computational fluid dynamics



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Название: Principles of computational fluid dynamics

Автор: Wesseling P.

Аннотация:

A text for graduate students, researchers, engineers and physicists working with flow computations. Gives an up-to-date account of the most current numerical methods employed in computational fluid dynamics. Gives special attention to stability analysis.


Язык: en

Рубрика: Математика/Численные методы/Моделирование физических процессов/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2001

Количество страниц: 644

Добавлена в каталог: 20.02.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Norm, $l_p$      169
Norm, maximum      88 122
Norm, spectral      265
Normalized variable      234
Normalized variable, diagram      150 151 157
Oleinik, entropy condition      367
Omega scheme      202 204 208 218 221 223
Omega scheme, multistage      219—221 223 224 256 258
Operator splitting      259
Order barrier      124 125 127 148 150 339
Order barrier for multistep schemes      343
Order barrier of Dahlquist      217
Order barrier of Godunov      340 341 344 346 359 378
Order barrier, theorem      340 341
Orthogonal matrix      509
Oseen equations      19
Osher scheme      425 428 430 442 455 456 514 525
Osher scheme, H-variant      432
Osher scheme, O-variant      432 466
Osher scheme,, version of Hemker and Spekreijse      431
Outer equation      73 76—78 142
Outer product      7
Outer solution      73—75 77 142
Outflow boundary      76 99 113 133 135 532
Outflow condition      79 111 211 212 230 246 247 249 351 556 562
Parabolic      54 55 58 60 66 70 72 78 112 229 532
Parallel computing      472
Parallel processing      264 503
Parallelepiped      480
Parseval’s theorem      172
Particle path      9
Path integral method      533 537 545 550 556
Peclet, mesh — condition      96 125
Peclet, mesh — number      97 104 117 120 121 126 128 180 209 213 215 222
Peclet, number      34 112 122 127 134 224 228
Peclet, uniform      122
Peclet, uniform accuracy      124 127 134
Peclet, uniform computing cost      124 127 134
Perfect gas      22—26 32 35 398 400 504 580
Permutation, even      7 493
Permutation, odd      7 493
Permutation, symbol      7 493
phase velocity      35 309 327 356
Phase velocity, numerical      320 356
Physical component      495
Physical units      16
PISO method      259 260 296 298 601
Plane wave      56 58 507
Poincare wave      327
Poisson equation      251
Porous media      3 81 83 109 371
Positive scheme      124 339
Positive type      122—127 138 148 150 154 155 157 170 171 205 208 214 215 225 266 268 340
Postconditioning      273 276 284 294 296
Potential      6 27 29
Potential equation      30
Potential equation, full      31
potential flow      6 29—32 64
Potential flow, compressible      30
Prandtl number      47
Prandtl — Meyer relation      403
Preconditioner      269 270 278 285
Preconditioner, left      273
Preconditioner, right      273
Preconditioning      273 276 284 296
Preconditioning of equations of motion      568 571 574 577
Preconditioning, matrix      571
Predesign      32
Predictability      42
Predictability of dynamical systems      18 42
Predictability, horizon      42
Pressure equation      83
Pressure matrix      278
Pressure Poisson equation      251
Pressure-correction method      251 257 258 303 538 556 590 596 597
Pressure-weighted interpolation      237 302 537
prism      469
Projection method      251
Prolongation      286
Propagation      57
PWI method      237—239 262
QR factorization      277
Quadrilateral      469 483
QUICK scheme      149 158 348
QUICKEST scheme      348
Random fluctuations      37
Rankine — Hugoniot conditions      403
RANS      40
Rarefaction fan      370
Rarefied gas      2
Rate of convergence      265
Rate of strain      15
Rayleigh number      228 247
Re-entry      2
Reducible curve      29
Relaxation parameter      263 269
Relaxation parameter, optimal      269
Reservoir engineering      3 81 83 102 109
Residual      261 266
Residual averaging      393
Restriction      286
Reversibility      21
Reversible process      21 23
Reynolds, average      40
Reynolds, averaged Navier — Stokes equations      40 41
Reynolds, decomposition      40
Reynolds, number      3 17 25 37 122 127 134 148 228 270 532 562 563
Reynolds, number, macroscale      38
Reynolds, stress      41 42
Reynolds, transport theorem      10
Rheology      15
Ricci’s lemma      488 496 499 501
Richardson extrapolation      564 566
Riemann, approximate solver      380 382 388 414 415 512 527 569
Riemann, invariant      309 310 400—402 407 509 518—521
Riemann, problem      370 371 379 408 409 411 415 512 513 585 592
Riemann, solution      371 373
Right-handed      6 7 480 485
Robin condition      62 112 229
Robustness      263 269 270 275 297—299 302 303
Roe, average      419 512 575
Roe, flux      417 420 425 431
Roe, matrix      417 419
Roe, scheme      236 416 417 420 423 432 442 456 512 514 525 574
Roe, scheme, sonic entropy fix      423 459 514
Rossby number      324
Rotating cylinder      1
Rotating frame      49
Rotation      6
Rotation of the earth      49
Runge — Kutta method      199 218 391 449 589
Runge — Kutta method of Wray      199 202 257 258
Runge — Kutta method, amplification factor      199
Runge — Kutta method, Heun      387 458
Runge — Kutta method, mixed      202
Runge — Kutta method, SHK      201 459 528 585 591 596
Runge — Kutta method, stability analysis      199
Runge — Kutta method, stability domain      199
Runge — Kutta method, TVD      387 388 393 458 528
Runge — Kutta method, WLM      202
Runge — Kutta — Crank — Nicolson scheme      257
scalar      489
Scalar, absolute      489
Scalar, relative      489
SCGS method      300 301
Schur — Cohn theory      205
Schwartz inequality      174 178
Second law of thermodynamics      23
Separable partial differential equation      293
Separation      567
Separation bubble      562
Shallow-water approximation      48 49
Shallow-water equations      3 4 33 48 52 305 339
Shallow-water equations, boundary and initial conditions      310 327
Shallow-water equations, linearized      308
Shear stress      496
Shishkin grid      146
SHK method      201
Shock      32 339 363—367 370 371 373 401 403 409
Shock tube      408 411 432
Shock tube, equation      410
Shock, sensor      389 448
Sielecki scheme      317 320
SIMPLE method      296—298 301—303 601
Simple thermodynamic system      19 22
Simple wave      407
SIMPLEC method      296 298
SIMPLER method      296
Simply connected      63
Singular perturbation      19 53 70—73 75 111 122 142
Skew-symmetric      105 106
Slope limited scheme      381 383 394 395 456 527 562 584 585 590 596 597
Slope limiter      153
SMART scheme      158
Smoother      269 270 286
Smoothing      289
Smoothing, analysis      291 295 301
Smoothing, factor      292
Smoothing, nonlinear      290
Smoothing, property      286 288 291 292 295
Sobolev space      82
Solenoidal      6 8
Solenoidality condition      581
Solid boundary      532
Sonic entropy fix      425
Sonic glitch      423 425 432 442 450 456 466
Sound speed      570
Sound wave      37
SPD      278 282 283
Specific at constant volume      23
Specific heat at constant presure      23
Specific heats, ratio of      24
Spectral method      4
Spectral norm      265
Spectral number      568
Spectral radius      265
Spectro-consistent      105 106 109
Speed of sound      13 31 35 399
Splitting      264 276 294 296 300
Splitting, convergent      266 268
Splitting, Gauss — Seidel      299
Splitting, regular      266 268 295
Spurious, mode      194 235—237 240 242 537
Spurious, oscillations      148 336 538
Spurious, reflection      212 351 359 585
Spurious, root      194
Spurious, solution      59 60 315 316
Stability      119 166 167 169 170 176 208 224 227 253 376 392—394 457 458 585
Stability of Adams — Bashforth scheme      188 190
Stability of Adams — Bashforth — Crank — Nicolson scheme      197
Stability of Adams — Bashforth — Euler scheme      195
Stability of Courant — Isaacson — Rees scheme      354
Stability of explicit Euler scheme      186
Stability of extrapolated BDF scheme      198
Stability of Hansen scheme      316 329
Stability of implicit scheme      330
Stability of kappa-scheme      353
Stability of Lax — Friedrichs scheme      354
Stability of Lax — Wendroff scheme      353
Stability of leapfrog scheme      315 323
Stability of leapfrog-Euler scheme      192
Stability of Leendertse scheme      319 332
Stability of omega scheme      204
Stability of WLM Runge — Kutta method      203
Stability of Wray’s Runge — Kutta method      200
Stability, A-      217 218 220
Stability, absolute      168 171 174 221
Stability, analysis      168 318
Stability, analysis for the shallow-water equations      312
Stability, condition      174 186
Stability, domain      174 177 185 187 189 190 192 194 199 201 203 217 352 391 449 459 528
Stability, Fourier analysis      171 175 253 445
Stability, local      171
Stability, numerical      163
Stability, polynomial      185 187 189—191 218
Stability, R-      217 218 226
Stability, strong      209 217 218 220 224 256 258
Stability, von Neumann      174 177 184 185 206 256 313 442 446 526 528
Stability, zero-      168 171 173 221
Staggered      240—245 249 261 262 292 293 303 312 328 467 538 540 548 557 583—585 589 590 597
Standard atmosphere      17
Standard software      264
State variable      19 20 22 24 25 35
Stationary      112
Stationary iterative method      264 273
Statistical average      42
Stelling scheme      334
Stencil      89 549
Stiff differential equations      569 571
Stokes, equations      18
Stokes, paradox      18
Stokes, theorem      6 29
Stratified flow      14 43
Streakline      9
Streamfunction      227
streamline      9
Stress tensor      14 496 498 531
Stretched coordinate      72 77
Subscript notation      5
Subsonic      3 25
Summation convention      5 473 486
Supersonic      3
Surface force      14 20
Sylvester’s lemma      61
Symbol      174 176 178 352 391 446 449 459 526
Templates      264
Temporal accuracy      186 187
Tensor      487
Tensor analysis      467 484 485 539 543
Tensor calculus      498
Tensor notation      484
Tensor, absolute      488
Tensor, contra variant      487
Tensor, Kronecker      489
Tensor, law      487
Tensor, metric      494
Tensor, mixed      488
Tensor, rank      488
Tensor, rate of strain      15
Tensor, relative      488 500
Tensor, stress      14
Tensor, weight      488
Termination criterion      265 266
thermal conductivity      20
Thermal expansion coefficient      46
Time scale      163 208 222
Time-like      57
Topologically equivalent      472
Total derivative      9
Total energy      20
Total enthalpy      27
Total variation      344 345 368 393
Total variation diminishing      339 344 368
Transitive transformation      487 488
Transonic      3 290 522
Transonic rarefaction      380
Transport theorem      10 12 20
Tricomi equation      55
Truncation error      98
Truncation error, global      81 102 103 106 120 122 139 141 149 163 166 167
1 2 3 4
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