|
|
 |
| Авторизация |
|
|
|
| Поиск по указателям |
|
|
|
|
|
|
|
 |
|
|
|
| Serre D. — Handbook of Mathematical Fluid Dynamics, Vol. 1 |
|
|
|
| Предметный указатель |
Silicon chips 3
Silvestre, A.L. 663 664 773 774 785 786 791
Simader, C.G. 665 791
Simmons, R.S. 61 68
Simon, A. 178 288
Simulation schemes 57
Sinai, Y.G. 99 291 535
Singular perturbation 31
Singularity 424 436 437 439
Singularity, angular 83 84 90 91 120 133 135 165—180 251 268
Singularity, kinetic 124 133 165 173 266
Sirovich, L. 20 44 65
Slemrod, M. 113 295 382 383 385 391—393 400 415 442 517 541
Slip regime 37
Slow magnetohydrodynamical shock wave 610
Small solutions 136—137 161
Smith, J. 458 484 541
Smoller, J. 367 369 453 458 461 463 484 534
Smoluchowski equation 198
Smooth solutions 428 432 436
Snider, R.F. 47 65
Soane, D.S. 655 656 759
Sobolev, S.L. 552 596 651
Soffer, A. 218 255 292
Soft potentials 119 122 123 135 150—151 201 202 209 216 224
Sogge, C.D. 156 303
Sohr, H. 338 367 791
Sokovikov, I.G. 597 645
Solid state physics 22
Solid wall 5 18 22
Solonnikov, V.A. 321 370 689 790
Soloukhin, R.I. 529 540
Sone, Y. 32 33 37 65 286 287 303
Song, K. 656 657 757
Souganidis, P.E. 137 138 144 300 497 505 534
Space shutde 4
Space-homogeneous 53
Space-homogeneous solutions 18
Spacecraft 3
Spaces,  557
Spaces,  557
Spatially homogeneous theory 133—134 161 192—195
Species 43 44 53 54 56
Specific heat 20 43
Spectral analysis 134 135
Spectral gap 253
Specular reflection 6 24 85 242
speed of light 57
Speed of sound 27
Spherically symmetric solutions 513
Sphero-cylinder model 48
Spin 47 49
Spinodal region 376
Splitting 114 133 154 165
Spohn, H. 82 90 96 99 286 303
Spontaneous emission 56
Spontaneous sound radiation by the discontinuity 548 see
Stability 131 138 146—147 160 486 508
Stability of orientation, Navier — Stokes liquid 734
Stability of orientation, second-order liquid 748 757
Stam's regularization argument 217—218
Stam, A. 207 217 255 303
Starovoitov, J.S. 655 790
Starovoitov, V.N. 655 759
Stationary Boltzmann equation 101
Stationary states, for granular media 277
Stationary states, inhomogeneous setting 110 197
Stationary states, spatially homogeneous setting 133
Statistics 5 254
Steady fall, symmetric translational 719
Steady-state solutions 514
Stefanov, S. 62 65
Stein, E.M. 156 303 791
Stepshock 556
Stewart, D.S. 529 535
Stewartson, K.O. 61 69
Stochastic systems 100 178
Stoke, J.J. 542 [293]
Stokes paradox 27
Stokes, G. v vii 791
Straskraba, I. 347 354 361 365
Strauss, W.A. 86 90 297 542
Stress tensor 15 16
Stresses 5 15 25
Strichartz estimates 145
Strong discontinuity 547 555
Strong solution 314 345
Struckmeier, J. 52 60 62 65
Structural stability of a strong discontinuity 547 556
Strumia, A. 553 555 651
Sub-additivity 260
Sugimoto, H. 32 37 65 303
Sulem, C. 135 293
Supersonic flow 61
Super—11 theorem 260
Surface layers 22
Surfaces of discontinuity 37
Sylvester, J. 536 [121]
Symmetric body 718
Symmetric point of view 125
Symmetric r-hyperbolic system 551
Symmetric translational steady fall 719
Symmetric translational steady falls, existence 722
Symmetrization (collision kernel) 120 124
Symmetrization of systems of conservation laws 555
Syrovatskij, S.I. 548 559 577 640 643 644 651
Sznitman, A. 100 150 269 303
Tabak, E. 519 536
Tadmor, E. 138 300 428 442 497 504 505 518 535
Tahvildar-Zadeh, A.S. 442 537
Tait, P.G. 655 791
Takata, S. 33 69 303
Takeno, S. 515 539
Talagrand inequality 204
Talay, D. 237 240 303
Tame oscillation condition 478
Tan, D. 521 536
Tanaka's representation 128
Tanaka's theorem 201 250
Tanaka, H. 128 177 201 249 250 259 301
Tanaka, S. 32 37 63 65
Tang, S.Q. 389 419
Tangential discontinuity in magnetohydrodynamics 608
Tangential strong discontinuity in gas dynamics 576
Tangerman, F.M. 521 536
Tani, A. 321 370
Tartar, L. 87 303 332 371 542
Taub adiabat 599
Taub, A.H. 599 651
Taylor, G.I. 657 659 660 691 695 791
Tcheremissine, F.G. 57 63
Teller, E. 606 608 650
Temam, R. 356 368
Temperature 5 7 17 19 20 22 24 27 30 34 37 41 46 50 52 53 58 78
Temperature gradient 3 38
Temperature jump 37 38
Temple, B. 463 488 530 531 539
Teng, Z. 543 [328]
Terminal state 691
Termolecular reaction 54
Tesdall, A. 520 542
The self-propelled body equations 761
Thermal energy 46
Thermally radiating flows 57
Thermodynamical equilibrium 112 191
Thermodynamics 18 25
Thomas, J. 107 108 207 255 260 286 293
Thomson, W. 655 791
Thorne, K.S. 599 651
Tilt angle 658
| Tilt angle phenomenon 663
Time reversible 23
Ting, L. 441 537
Tinland, B. 656 791
Tironi, G. 20 42 65
Tolrnan, R.C. 47 69
Toro, E.F. 428 542
torque 723 750 754
Toscani's distance 251 258
Toscani, G. 110 115 120 129 130 133 136 151 153 157 164 198 206 210 215 217—219 223—227 232 233 243 250—253 255 256 259—261 275 259
Total cross-section 53
Total energy 48 49
Trailing edge 61
Trainor, G.L. 655 791
Trakhinin, Yu.L. 445 532 554 569 602 609 619 620 623 624 626 634 637—640 646 647 9
Translational degrees of freedom 48
Translational energy 48 53
Transonic nozzle flow 514 515
Transport operator 78
Transverse magnetohydrodynamical shocks 613
Traveling wave criterion 382
Traveling waves 381
Trivisa, K. 478 535
Truesdell, C. 78 95 101 113 117 134 148 153 201 204 236 286 295 313 371 791
Truskinovskii, L. 378 384 387 475
Tucsnak, M. 655 790
Tupciev, V.A. 385 391 420
Turcotte, D.L. 61 67
Tveito, A. 526 529 541
Tzavaras, A. 112 138 302 420 526 529 536
Uchiyama, K. 88 304
Uhlenbeck, G.E. 46 47 69 135 286 304
Ukai, S. 27 28 63 135 259 442 463 515 539
ULC (uniform Lopatinski condition) 568
Undercompressive strong discontinuity 559
Uniform stability of a strong discontinuity 547 568
Uniqueness 138 150 178 478 483
Unterreiter, A. 198 233 259
Upper atmosphere 3
Vaidya, A. 661—663 696 721 727 736 738 743 746 750 755—758 760 759
Vaigant, V.A. 344 345 348 371
Validation problem 95—100 137 266
Validation problem, Grad's approach 95
Validation problem, Kac's approach 100
Valli, A. 316 321 361 370
van der Mee, C.V.M. 135 297
van der Waals 376
van Leuween, W. 86 294
van Weert, C. 86 294
Vanishing similarity viscosity 385 391
Vanishing viscosity criterion 381
Varadhan, S.R.S. 113 236 287 295
Variable hard sphere model 10
Variable hard spheres 84
Variable hard-sphere (VHS) model 58
Variable soft sphere (VSS) model 58
Variational method 38 39
Variational Principle 38 40 41
Vas, I.E. 61 66
vehicles 3
Velazquez, J.J.L. 282 295
Velocity 41
Velocity slip 37 38
Velocity space 12 13 39
Velocity-averaging 137 143 147 160
Vibrational cross-section 62
Vibrational energy 50
Vibrational relaxation 62
Victory, H.D. 83 88 295
Victory, H.D., Jr. 83 88 291
Videman, J.H. 662 759
Vila, J.-P. 451 463 540
Villani, C. 90 93 113 116 117 119—122 125 129 130 133 137 138 151 153 157 160 166 167 169 171 173 175—180 182—184 187 194 198 204—207 209 210 215 217—219 223—227 229—233 237 238 240—243 251 256 257 259—261 266—268 271 275 277—279 287 255
Villat, H. 685 692 791
Vincenti, W.G. 542 [311]
Vinokur, M. 594 652
Viscoelastic torque coefficient 746 757 759 760
viscosity 20 28 32 50 58
Viscous boundary layer 4 61
Viscous boundary layer reattachment 62
Viscous boundary layer separation 62
Vishik, M.I. 355 356 367]5];
Vlasov equation, linear 79
Vlasov equation, nonlinear 88
Vlasov equation, Vlasov — Poisson 90—94
Vlasov — Fokker — Planck 196 197 237
Vlasov — Maxwell system 90
Vogenitz, F.W. 62 69
Volpert, A. 479 542 652
Volterra, V. 542 [313]
Wagner, D. 458 461 529 534
Wagner, W. 60 65 100 303
Wake flows 62
Waldmann, L. 47 69
Wall Maxwellian 25
Wang Chang, C.S. 46 69 305
Wang, C.-H. 531 535
Wang, D. 441^143 515 517 533
Wang, W.-C. 543 [321]
Wang, X.P. 385 415
Wang, Z. 521 535
Wasserstein distance 204 233 249—251
Wave-front tracking 470
Weak compactness 131
Weak convergence 160 200
Weak formulation, Boltzmann's 104
Weak formulation, for Landau's operator 181
Weak formulation, Maxwell's 101 130 147 166 181
Weak or distributional solutions 313
Weak solution 317 318 321 323 324 345 347 348 366 786
Weak stability of a strong discontinuity 568
Weak-strong uniqueness theorem 138 163
Weakly inhomogeneous solutions 133 276
Webb, G.M. 520 543
Weigant, V.A. 420 [83]
Weill, G. 656 791
Weinberger, H.F 655 661 675 676 678 691 697 700 718 791
Weissenberg number 738
Welander, P. 19 69
Wennberg, B. 99 129 133 147—151 153 157 158 161 171 173 178 183 186 187 202 211 213 252 259 255
Werner, C. 58 66
Weyl's theorem 202
Whilham, G.B. 391 420 522 526 543 559 597 652
Wilczek, F. 659 797
Wild representation 258
Wild sums 248—249
Wild tree 248
Wild, E. 134 248 305
Williams, M.M.R. 4 24 69
Winet, H. 659 769 773 787
Winther, R. 526 529 547
Wolf, U. 94 305
Wolihner, W. v vii [13]
Wood, W.W. 529 535
Woodward, P. 518 520 543
Woronowicz, M.S. 61 69
Wu, C.C. 559 652
Wu, T.Y. 659 660 735 769 773 787 790
Wu, X.-M. 490 543
Xin, Z. 319 366 369 418 537
Yanagi, S. 361 370
Yang, O.-J. 490 543
Yang, S. 518 519 532
Yang, T. 366 369 476 478 532
Yang, X. 521 543]326]
YangT D.Y. 655 790
Yanitskii, V. 59 63
Yaniv, S. 517 534
Yau, H.-T. 86 112 113 281 287 295
Yen, S.M. 57 69
|
|
|
| Реклама |
|
|
|
|
|
О проекте