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| Friedlander S. (Ed), Serre D. (Ed) — Handbook of Mathematical Fluid Dynamics, Vol. 4 |
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| Предметный указатель |
Guderley, K.G. 66 727
Gulf Stream 400
Gustafsson, B. 151 156
Hagstrom, T. 155 156
HaitaoFan 727 [31]
Hale, J.K. 336 379 388 391 403
Halt, D.W. 52 779
Hameiri, E. 25 37
Hamilton, R. 15 35
Harabetian, E. 103 727
Hardy's inequality 537
Harten, A. 50 727
Hausdorff dimension 162 181
He, Z.-X. 16 35
Heat equation 162 467 496
Heat transfer 399 400
Heibig, A. 105 727
Helmholtz potential 422
Helmholtz-Leray projection 339 350
Henderson, L.F. 61 62 96 726>
Henon, M. 9 10 23 35
Henry, D. 25 33 36
Herculean Theorem 389
Hermite functions 284
Hermite polynomials 285
Herrmann, L. 521 647
Heywood, J.G. 447 448 644
Higginson, G.R. 412 442
Hillairet, M. 695 697
Hmidi, T. 155 156
Hofer, H. 18—20 27 30 35
Hoff, D. 155 156
Hoffmann, L. 154 155 156
Holmes, R 16 21 23 36
Homogenization 344—347 354
Homogenization process 650 651 676
Homogenized coefficients 668 669
Homogenized system 651 658 659 663 690 693 694
Honda, K. 14 28 35
Hopf fibration, field, link 5 17
Hopf, E. 178 198
Hornung, H. 43 96 727
Hornung, U. 663 697
Hou, T.Y 685 689 694 695 697
Hron, J. 417 418 435 439 442
Huang, D.-B. 10 23 36
Huang, K.-L. 10 23 37
Hugoniot curve 57 72
Hunter, J.K. 43 51 52 62 66 88 101 103 120
Huy, N.D. 434 442
Hydrostatic approximation 211
Hydrostatic assumption 399 400
Hydrostatic law 205
Hyperbolic orbit 25
Iftimie, D. 336 338 339 391 392 394 402
Iguchi, T. 151 156
Il'in, V.R 170 198
Imbrie, J. 334 400 403
Imbrie, K.R 334 400 403
Imkeller, P. 337 400 401 402
Incident shock 77
Incompressibility 414
Incompressible gas 68
Incompressible limit, fast, formal, history, justification for barotropic flow 125 128—151
Induced diffusion 221
Inertial frequency 210
Infinite layer 449 527
Infinite pipe 468
Infinite strip 585
Interface model 335 337 399 401
Interior regularity 161
Invariant set 388—392
Inverse parabolic problem 451 467
Inverse problem 476 477 498 511 521 528
Irwing, J.B. 412 442
Isozaki, H. 151 156
J-holomorphic curve 19
Jikov, V.V. 688 697
Johnson, K.L. 412 442
Johnson, R.A. 386 403
Joly, J.-L. 130 141 154 156 328
Jouguet, E. 50 727
Jurak, M. 687 696
Kahlin, M. 12 34
KAM theory 381
Kanda, Y. 14 31 36
Kang, K. 174 799
Kannan, K. 417 442
Kapitanskii, L.V. 447—449 462 465 467 472 644
Kasahara, A. 136 756
Kato, T. 238 327 379 403
Katz, N.H. 162 799
Keblikas, V. 451 467 646
Keisler, H.J. 392 401 402
Keller, J.B. 99 101 103 727
Kelvin waves 214 291
Kendall, P. 10 35
Kerr, R.M. 33 36
Kesten, H. 686 697
Keyfitz, B.L. 43 52 120
Khesin, B. 5 7—10 15 16 32 34
Kim, E.H. 52 720
Kim, H. 168 799
Klainerman, S. 136 137 141 154 156
Klein, R. 154 155 156 328
Knot 16
Koens, G. 411 415 443
Kohn, R.-V. 161 162 176 178 180 181 198
Komendarczyk, R. 34 36
Korn inequality 339 667
Kottke, R 412 442
Kozlov, S.M. 688 697
Kozono, H. 168 799
Krakatau eruption 401
Kramer, RR. 677 681 688 689 697
Kreiss, H.-O. 136 755
Kress, R. 662 697
Kruzkov, S. 50 727
Kukavica, I. 336 394 403
Kuperberg, G. 17 36
Kuperberg, K. 17 36
Kwek, K.-H. 10 23 37
Ladyzhenskaya inequalities 455
Ladyzhenskaya — Prodi — Serrin condition 162 167 173 190
Ladyzhenskaya, O.A. 161 162 167 169 178 180 181 189 198 354 391 403 454 455 461 470 473 489 497 498 500 511 528 529 539 548 555 565 566 572 577 580 610 628 631 642 644
Lafontaine, J. 18 19 34
Lagrangian description 690
Lagrangian map 690
Lagrangian turbulence 9
Landau, L.D. 467 468 534 644
Large eddy simulation 695
Latent energy 363
Launder, B.E. 651 689 697
Lax shock 58
Lax, RD. 50 727 757
Layer-like, outlet 448 530
Layered composites 687
Le Treut, H. 335 400 401 403
Lee, J. 196 198
Leray equations 196
Leray — Schauder theorem 474 548 606
Leray's problem 450 451 528 567
Leray, J. 178 799 238 328
Leuenberger, Ch. 12 34
Levermore, CD. 50 727
Levy, T. 663 666 697
Lewis, J.L. 181 798
Li Ta-tsien 84 85 88 98 722
Li, J.-B. 10 23 37
Lieberman, G. 52 720
| Lifschitz, E.M. 467 468 534 644
Lighthill, M.J. 104 727
Lin, C. 24 25 37 644
Lin, C.-K. 155 755
Lin, F.-H. 178 180 181 799
Ling Hsiao 720 [21]
Lions, J.-L. 328 [38]; 340 344 347 354 399 403 653 661 677 678 682 689—691 696
Lions, P.-L. 125 155 156 279 322 327 697
Lipton-Lifschitz, A. 25 36
Local energy inequality 177 179 183 185
Local regularity theory 163 555 565
Longuet-Higgins, M.S. 328 [28]
Lorenz, J. 155 156
Loss, M. 10 37
Lovicar, V. 521 647
LPS-condition 167 168
LRP (Little Regularity Problem) 393
Lubrication 412
Ludloff, H.F. 722 [76]
Lunardi, A. 340 349 351 380 403
Lutz, R. 12 37
Lyapunov stable 391
Mach number, absolute, relative; Mach Reflection, complex (CMR), double (DMR), Guderley, irregular, single (SMR), transitional (TMR) 42 43 62 67 73 74 125
Mach stem 43 83
Mach, E. 42 83 727
Macroscopic behaviour 664 665 669 670 675
Magenes, E. 344 347 403
Mahalov, A. 261 262 327 400 402
Majda, A. 58 79 100 779 137 141 143 144 154 156 328 403 681 687—689 696
Majdoub, M. 276 279 328
Malek, J. 162 799 410 413 414 417 418 421 422 425 430—432 434 435 437 439 442
Maremonti, P. 164 799
Margolin, L.G. 399 400 404
Markus, L. 401 403
Marsden, J. 4—7 10 24 34
Marsh, G. 10 37
Martinet, J. 12 37
Martinez Alfaro, J. 8 16 34
Marusic-Paloka, E. 663 697
Masmoudi, N. 155 156 262 279 293 327
mass density 41
Mass flux 53
McDuff, D. 12 15 19 37
McLaughlin, D.W. 10 37 695 697
McMickle, R.H. 412 442
Mehr, A. 9 10 23 35
Meister, A. 154 155 156
Mellet, A. 280 328
Memory effects 658
Menikoff,R. 61 727
Metivier, G. 130 141 153—155 156 279 327
Meyer, K.R. 401 46*3
Mezic, I. 688 697
Mid-latitudes approximation 214
Mikelic, A. 663 697
Mikhlin, S.G. 478 503 645
Milankovitch, M. 334 336 400 404
Milton, G.W. 687 688 697
Mingione, G. 434 443
Mirkovic,D. 52 726>
Mishachev, N. 13 35
Mixed Poincare — Rossby waves 217 291
Moffatt, H. 3 16 21 37
Mohammadi, B. 651 676 697
Montgomery, D. 67 779
Morawetz, C. 51 52 64 727
Morgan, J. 18 37
Morokoff, W. 50 727
Morse homology 28
Moser — Weinstein Theorem 12
Moser, J. 381 404
Multiple time scales 129—131
Munz, CD. 154 155 156
Murat, F. 656 663 696
Navier boundary conditions 338
Navier — Stokes equations 125 166 168 169 173 176 178 183 184 354 358 360 369 379 392 394 689 695
Navier — Stokes problem 546
Navier — Stokes system 161 662 663 666 670
Navier — Stokes, nonlinear 451 636
Navier — Stokes, steady 447 448 450 451 468 469 472 527 528 544 600 610
Navier — Stokes, three-dimensional 613
Navier — Stokes, time dependent 448 451 567
Navier — Stokes, two-dimensional 499 567 585
Navier, C.L.M.H. 338 404
Nazarov, S.A. 449 475 527 530 531 579 643
Necas, J. 162 196 197 799 418 430—432 435 442
Neumann boundary condition 654
Neumann problem 578
Neustupa, J. 196 799
Newton, C.W. 208 328
Nguetseng, G. 658 697
Nguyen, T.-Z. 16 35
Nicolaenko, B. 261 262 327 400 402
Nikol'skii, S.M. 170 198
Nirenberg, L. 161 162 176 178 180 181 198 643
No-slip boundary condition 227 653 674 675
Noll, W. 415 444
Non-hydrostatic model 399
Non-linear creep 410 426
Nonautonomous force 337
Nondegenerate orbit 25
Nonlinear filtration law 663
Normal shock 75 80
Norman, D. 354 391 392 404
Norris, J.R. 688 697
Nunes, A. 8 16 34
Oberbeck, A. 414 443
Oblique shock 71
Oceanic dynamics 385—394 399
Oceanic equations 333 336 353 358 360 366 369 376 378 379 386 389 394
Ohyama, T. 167 799
Oleinik, O.A. 688 697
Orlovsky, D.G. 477 646
Oscillating shear flow 687
Owhadi, H. 689 696
Padula, M. 449 644
Paicu, M. 276 277 279 328
Palmen, E. 208 328
Palmer, K.J. 386 403
Paluch, M. 412 443
Papanicolaou, G.C 652 653 677 678 682 686 687 689—691 695 696
Parabolic-like, domain, structure of outlets 448 449 527 530
Passive scalars 651 682 687 689
Patria, M.C. 449 644
Pavliotis, G. 677 680 682 685 686 698
Pavlovich, N. 162 198
Payne, L. 567 645
Peclet number 677 680 683 685 687
Pedlosky, J. 204 207 213 328
Pelz, R. 33 37
Penel, P. 196 799
Perfect gas 41
Permeability matrix 654 661 664
Philander, S. 328 [51]
Piatnitski, A.L. 687 696
Pileckas, K. 447—449 451 461 462 465 467 475 527 529—531 568 643
Pironneau, O. 10 37 676 690 695 697
Plamenevskii, B.A. 530 579 645
Pliss, V.A. 332—337 379 381 385 386 395—401 404
Poincare waves 212 290
Poiseuille linearization 566
Poiseuille, time dependent, flow, generalized, steady, time dependent, time-periodic, unidirectional 448 450—452 467 469 471 475 511 512 518—520 528—530 532—534 559 566 567 569 583 585 601 613 628 638 642
Poisson equation 467 468 483 485 509 518
Pokorny, M. 196 799
Prandtl — Meyer variation 67
Pressure, drop, thickening, thinning 41 334 350 426 447 451 467 472 475 529
Price, W.G. 168 181 198
Prilepko, A.I. 477 646
Primitive equations 399
Protter, M.H. 109 722
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