Friedlander S.J. (Ed), Serre D. (Ed) — Handbook of Mathematical Fluid Dynamics, Vol. 3 :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Friedlander S.J. (Ed), Serre D. (Ed) — Handbook of Mathematical Fluid Dynamics, Vol. 3

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Handbook of Mathematical Fluid Dynamics, Vol. 3

Авторы: Friedlander S.J. (Ed), Serre D. (Ed)

Аннотация:

This is the fourth volume in a series of survey articles covering many aspects of mathematical fluid dynamics, a vital source of open mathematical problems and exciting physics.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2004

Количество страниц: 680

Добавлена в каталог: 19.05.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Squire, H.B.      309 [66]
Stability, (uniform) inviscid strong      522
Stability, dynamical      324
Stability, energy      247
Stability, index      335 370
Stability, linear      247 254 301
Stability, Lyapunov      247
Stability, marginal      277
Stability, nonlinear      247 254 257
Stability, refined dynamical strong      337
Stability, spectral      247 249 254 256 257 260
Stability, spectral, strong      334
Stability, spectral, weak      334
Stability, structural      324
Stability, thermodynamic      490 500
Stable profiles      265
Stable solution      227
Stationary nonequilibrium state      37
Stationary PEs      549 556
Stationary scattering coefficients      410 473
Stationary solutions      228 229
Stein, E.M.      159 [81]; 187 210 225 243
Stewart, D.S.      316 530
Stochastic cascades      225
Stokes problem      614 645 650 651
Stosszahlansatz      21
Strauss, W.      254 308
Stress tensor      14
Strichartz estimates      201
Strikwerda, J.C.      420 532
Strong (uniform) inviscid stability      522
Strong (uniform) Lopatinski condition      329 507
Strong inviscid instability      523
Strong refined dynamical stability      337
Strong spectral stability      334
Structural stability      324
Subcharacteristic condition      323
Subcritical space      191 192 227 231 23
Sugimoto, H.      56 82
Suhov, YM.      15 80
Supercritical space      191—193 208 214 222 232 233
Surface pressure      549 600
Sverak, V.      213 221 222 238
Swan, G.W.      507 532
Symmetric hyperbolic-parabolic form      317
Szepessy, A.      313 532
Szmolyan, P.      313 315 327 338 370 371 499 527
Sznitman, A.-S.      165 188 194 224 226 240
Tabata, S.      56 82
Taniuchi, Y      213 240
Taniuti, T.      320 529
Tataru, D.      142 159 209 210 240
Taylor — Proudman theorem      298
Taylor, GI.      309 [67]; 314 532
Taylor, M.      193 222 243
Tchamitchian, P.      190 191 231 233 235
Temam, R.      165 207 221 238 308 548 549 551 559 561 562 565 570—572 579 597 598 602 605 614 640 643—645 648 657
Temperature      541 542
Terraneo, E.      202 214 217 218 235
Theorem, Arnold's      265
Theorem, Banach — Steinhaus      202
Theorem, Delort's      94
Theorem, Hille — Yosida      339
Theorem, Leray's      145
Theorem, Liouville      39
Theorem, Marcinkiewicz      85
Theorem, trace      592 643 656
Theorem, virial      15
Theorem, Yudovich      86 91
Thermal equilibrium      17 24
Thermodynamic equilibrium      11
Thermodynamic limit      9
Thermodynamic stability      490 500
Thermodynamics equation      542
Thin channel      269
Thomann,E.      188 235
Tian, G      227 228 243
Titi, E.S.      88 755 242
Toda, M.      15 52
Top of the atmosphere      566
Top of the ocean      547
Torchinsky, A.      90 759
Tourville, S.      166 171 234 243
Transport coefficients      51 54 55 58 61 62
Traveling-wave ordinary differential equation      315 321 402
Trenberth, K.E.      541 655
Treves, F.      755 [55]
Triebel, H.      759 [85]; 181 182 198 199 201 203 244
Triebel-Lizorkin space      178 180—182 186 191 198 202 210
Tsai, T.P.      222 244

Turbulence      235
Turbulent      221
Turbulent solution      170
Turbulent viscosity      300 305
Two-body potential $\phi$       24
Two-dimensional barotropic equations      538
Two-dimensional Broadwell model      35
Two-dimensional primitive equations      584
Uchiyama, K.      35 52
Uhlig,P.      187 235
Ukai, S.      50 79
Undercompressive shock      322 333 335 367 441 454 475 479
Uniform dissipativity condition      353
Uniform Gronwall lemma      605
Uniformly strongly elliptic      616
Unit outward normal      551
Unsealed Liouville operator      62
van der Waals gas dynamics      319 324 326 327 488 491
Vanishing viscosity      145
Varadhan, S.R.S.      16 17 62 63 52
Variable entropy      485 490
Variable prognostic      597
Vertical averaging      587
Villani, C.      4 38 50 50
Virial theorem      15
viscosity      166 190 230 233
Viscosity coefficient      64
Viscosity effects      51
Viscous conservation laws      315
Viscous Hamilton — Jacobi equation      234
Viscous shear flows      274 295
Viscous shock profile      315
Viscous stability transition      335 337
Vishik, M.      105 142 143 760 244 305
Von Karman vortex street      296
von Neumann, J.      325 532
Von Wahl, W.      213 214 244
Vortex patches      85 234
Vorticity      222 249
Voss, K.A.      244 [233]
Wagner, W.      37 50
Wang, S.      305 [48]; 538—540 548 549 551 559 565 570—572 602 644 657
Wang, X.      296 309
Washington, W.M.      541 544 655
Wave equation      201
Wavelets      165 171 184—187 234 235
Wavelets coefficients      186
Wavelets decomposition      185
Waymire,E.C.      188 235
Weak inviscid stability      330 332 453 454 475 522
Weak Lopatinski condition      328
Weak refined dynamical stability      336 444
Weak spectral stability      334
Weinstein, M.I.      316 367 537
Weiss, G.      176 178 180 181 187 191 203 225 235
Weissler, F.B.      171 195 227 237
Wendroff, B.      326 532
Wennberg, B.      74 50
Weyl, H.      326 532
Whitham, GB.      327 532
Wiegner, M.      165 213 244
Williams, M.      313 315 319 334 354 449 452 466 486—488 525
Williams, R.      541 564 657
Wirosoetisno, D.      540 597 598 655
Wolibner theorem      86 91
Wolibner, W.      85 760
Wu, J.      156 755
Wyszogrodzki, A.A.      537 655
Xin, Z.      227 228 237 334 527
Yamazaki, M.      166 224 226 234 240
Yang, Y.      237 [64]
Yau, H.T.      16 17 62—64 57
Yong, W.-A.      323 533
Yosida, K.      170 244 533
Young inequality      188 192 195 202 206 218 219 612 613
Youssfi, A.      171 243
Yu, S.-H.      51 52
Yudovich theorem      86 91
Yudovich, V.I.      88 104 160 238
Zabusky,N.      88 160
Zahrouni, E.      209 211 238
Zavelani Rossi, M.B.      37 82
Zeng, Q.C.      541 655
Zeng, Y.      377 379 490 491 527
Zeytounian, R.K.      309 [71]
Zhang, P.      160 [90]
Zhao, Y.      237 [64]
Zhioua, A.      209 211 234 235
Ziane, M.      325 525 579 614 640 645 657
Zumbrun, K.      313 315—319 321—324 327 329—332 334—350 352—355 357—362 364—368 370—372 374—377 379—385 390 393 395 398 400—402 404—407 409—411 413 415 417 420—425 428 434 438 441 443—445 447—450 452—455 458 460 463 465 466 469—472 474 477 481 486—488 494 499 500 507—509 524

1 2 3 4

О проекте