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| Авторизация |
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| Lamb H. — Hydrodynamics |
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| Предметный указатель |
Hanson.E.T. 450
Hargreaves, E. 722
Harmonic analysis of tidal observations 361
Harmonics, cylindrical 134
Harmonics, ellipsoidal 139 142
Harmonics, spherical 110
Harris, E.A. 75
Harrison, W.J. 391 584 617 624 667
Haveloek, T.H. 381 398 412 415 437 438 440 620 644
Hayward, E.B. 163
Heaviside, O. 210 298
Heine, E. 110 114 115 137 138 139 504 512 530
Helicoidal solid moving in frietionless liquid 179
Helmholtz and Piotrowski 586
Helmholtz, H.V. 22 31 54 75 94 96 108 188 195 202 205 208 213 242 282 354 374 427 428 477 498 575 593 618 619 638 653 683
Herman, E.A. 134
Heterogeneous liquid, waves on 378
Hidaka, K. 290
Hieks, W.M. 90 129 134 147 156 192 222 224 241 246 587 720
Highest waves on water 418
Hilbert, D. 250
Hill, M.J.M. 233 245 248
Hobson, E.W. 138 431 545
Hogner, E. 437 438
Hopf, A. 437
Hosking, E. 575
Hough, S. 347 349 351 352 593 627 724 725 727
Hugoniot, A. 27 486
Hyde, J.H. 575
Hydrokinetic symmetry 172
Ignoration of co-ordinates 195
Image, of a source in a cylinder 71
Image, of a source in a sphere 129
Image, of a source of a double source in a sphere 129
Image, of a source of a vortex-ring 243
Impulse, of a solid moving in a frietionless liquid 161 162
Impulse, of a vortex-system 214
Impulsive generation of motion 10
Inertia-coefficients, general 166
Inertia-coefficients, in cases of symmetry 172
Inertia-coefficients, of a circular cylinder 77
Inertia-coefficients, of a sphere 124
Inertia-coefficients, of an ellipsoid 153 155
Inertia-coefficients, of an elliptic cylinder 85 88
Instability, of linear flow of a liquid in a pipe 663
Instability, of surfaces of discontinuity 373
Irreducible circuits 49
Irrotational motion, general theory of 35
Irrotational motion, in cyclic spaces 50
Irrotational motion, in three dimensions 110
Irrotational motion, in two dimensions 62
Irrotational motion, of a liquid ellipsoid 723
Jacobi, C.G.J. 120 148 704
Jacobi’s ellipsoids 704
Jahnke and Emde 114 136 321 403 504
Jeans, Sir J.H. 710 716
Jeffrey, G.B. 158 588 608
Jeffreys, H. 277 290 567 669 682 691
Jets, theory of, capillary phenomena of 471 472
Jets, theory of, in ‘two dimensions 97 98 374
Jones, E. 687
Joukowski, N. 79 681
Karman, T.v. 225 680 685
Karman’s ‘vortex-street’ 225 680
Kelvin, Lord 7 33 35 36 39 47 54 147 148 161 162 168 179 182 183 192 196 201 206 210 222 230 241 246 317 319 320 325 337 345 346 347 395 406 409 410 415 434 439 450 452 458 459 460 468 546 561 630 664 666 667 672 679 724 727
Kelvin’s theorem of minimum energy 47
KeUand, P. 256 447
Kinematic coefficient of viscosity 575
Kinetic energy, of a solid moving through a liquid 166 181 185
Kinetic energy, of a vortex-system 216 (see also “Energy”)
Kinetic energy, of an irrotationally moving liquid 46 56
Kinetic stability 311 570
Kineto-statics 197
Kirchhoff’s integral of the general equation of sound 501
Kirehhoff and Hansemann 444
Kirehhoff, G. 39 40 54 71 81 94 99 102 103 108 109 161 168 174 201 205 230 232 442 494 496 501 510 522 589 604 642 644 645 646 650
Klein and Sommerfeld 357
Knibbs, G.H. 663
Koch, S. 575
Korteweg and De Vries 426
Korteweg, D.J. 357 426 477 619
Kowalewski, Sophie 708
Kutta, W.M. 79 82 681
Ladenburg, E. 598
Lagrange, J.L. 2 7 17 63 68 188 206 244 254 257
Lagrangian equations in generalized coordinates 187 190
Lagrangian form of the hydrodynamical equations 12
Lame, G. 148 150
Lamina, impact of a frictionless stream on a lamina 100 102
Laminar motion 32
Laminar motion, in viscous liquids 581
Laminar motion, stability of 663
Lanchester, F.W. 681
Laplace, P.S. 112 120 305 330 332 345 346 347 355 356 358 361 478 505 702 707
Laplace’s dynamical theory of the tides 330
Larmor, Sir J. 60 162 173 179 195 201 243 499 501
Leathern, J.G. 48 106 209
Legendre, A.M. 106 115
Lennard-Jones, L.E. 510
Levi and Forsdyke 243
Levi-Civita, T. 106 298 420
Lewis, T.C 243
Liapounoff, A. 356 698
Lichtenstein, L. 241 698 710
Lift due to circulation 79 92 681 690
Limiting forms of relative equilibrium of a rotating liquid 620
Limiting velocity 22
Lines of motion see “Stream-lines”
Liouville, J. 493 704
Lipschitz, E. 138 295 296 721
Lodge, A. 114 321
Lommel, E. 386
Long waves in canals 254 278 445
Lorentz, H.A. 598 677 678
Love, A.E.H. 105 192 233 242 246 350 357 378 379 452 501 521 522 523 635 717 723
Lubrication, theory of 583
Macdonald, H.M. 306 449
Maclaurin, C 307 702
Maclaurin’s ellipsoid 701
Mallock, A. 588
Margules, M. 559 561
Matthiessen, L. 705 708
Maxwell, J.C 25 34 35 40 71 89 110 147 166 210 212 237 240 455 460 575 577 622 645 648 675
McCowan, J. 259 281 426
McMahon, J. 287
Mean value of potential over a spherical surface 39 496
Mehler, F.G 137 294
Meissel, E. 136
Merian, J.E. 441
Meyer, C.O. 704
Meyer, O.E. 644
Michell, A.G.M. 418 584
Michell, J.H. 105 438
Minchin, G.M. 237
Minimum dissipation, Korteweg’s theorem of 617
Minimum energy, Kelvin’s theorem of 47
Minimum velocity of water-waves 459
Mises, E.V. 685
Modulus of air-waves 648
Modulus of decay 563
Modulus of water-waves 624
Momentum, transfer of 10
Morton, W.B. 89
Moving axes 12 20
Moving axes, motion of a solid referred to 161
Multiply-connected regions 49
Murphy, E. 115
Nagaoka, H. 237 239
Nanson, E.J. 205 206
Navier, C.L.M.H. 577
| Neumann, C 134 135 196
Neumann, F. 117
Newton, Sir, I. 477 588 679
Newtonian velocity of sound 477
Nicholson, J.W. 146
Nielsen, N. 294
Niven, C 522
Niven, Sir W.D. 146
Noether, F. 609 689
Normal modes in a channel of uniform section 264 445
Normal modes of air in a spherical or cylindrical envelope 506
Normal modes of an ocean of uniform depth 348 349 350
Normal modes of oscillation 251
Normal modes of water in rectangular and circular basins 284 320 326 329
Oberbeok, A. 596 604
Obstacles, scattering of sound-waves by 513 517
Oil, effect of a thin film of, on water-waves 631
Orbits of particles in water-waves 367
Ordinary and secular stability 311 571
Orr, W.McF. 670 673 674 678
Orthogonal co-ordinates 148 156
Oscillating plane in viscous fluid 620
oscillations see “Small oscillations and Waves”
Oseen, C.W. 609 617 688
Ostrogradsky, M.A. 441
Pedersen, P.O. 455
Pendulum, impact of air-waves on 515
Pendulum, in air 510
Pendulum, in viscous fluid 642
Periodic motion of a viscous fluid 619 632
Periphractic regions 40
Permanent type, waves of, in air 483 484 650
Permanent type, waves of, on water 417 421 423 427
Perry, J. 114
Physical equations 6
Pidduek, F.B. 394
Pieeiati 644
Pipe, flow of viscous liquid in a 585
Pipe, turbulent motion in a 663
Pitot tube 25
Planek, M. 94
Pohlhausen, K. 688
Poineare, H. 146 206 254 291 311 320 353 544 698 708 710 713 714 715 716 717 724 728
Poiseuille, J.L.M. 575 585
Poiseuille’s experiments, theory of 585
Poisson, S.D. 18 135 287 295 376 384 431 441 478 484 493 494 510 511 541 577
Polar coordinates 15 158 579
Pookels, F. 498
Pooklington, H.C 246
Poole, E.G.C 349
Popoff, A. 399
Porous bodies, absorption of sound by 652
Prandtl, L. 680 681 685 691
Precession of a liquid ellipsoid 728
Precession of an ellipsoidal shell containing liquid 725
Pressure-equation 19 21
Pressures on solids moving through frictionless liquid 168 184
Prismatic vessel, irrotational motion of a liquid in rotating 87
Progressive waves, in air 476
Progressive waves, on deep water 366 375
Progressive waves, tidal 256
Proudman, J. 233 235 277 307 325 326 355
Reflection, and transmission of air-waves by a grating 536
Reflection, of waves 262
Relative equilibrium, condition for 311
Relative equilibrium, condition for, linear series of configurations of 710
Resistance, due to waves 415 438
Resistance, in a viscous fluid 682
Resistance, influence of compressibility 691 693 695
Resistance, of fluids 678 680
Retardation and acceleration of tides by friction 566
Retardation and acceleration of tides by inertia 355
Revolution, solid of, moving in frictionless liquid 174
Ring moving in frictionless liquid 183
Ring-shaped figure of equilibrium 707
Ripples and waves 459 466
Rotating dynamical system, small oscillations of 307 313
Rotating liquid 320
Rotating liquid, approximate calculation of periods of vibration 326
Rotating sheet of water, tides on 307 320 326
Rotation of a fluid element 32
Rotation of a liquid mass under its own gravitation 697
Rotational motion 202
Rotationally moving liquid, motion of a solid in 233
Sampson, B.A. 126 608
Scattering of air-waves by spherical and other obstacles 513 517
Schlomilch, O. 403
Schwarzschild, K. 710
Schwarz’ method of conforms! representation 95
Schwerd 506
Secular stability 311 355 571
Sehwarz, H.A. 81 95
Semi-infinite screen, diffraction of sound by 538
Sewell, C.J.T. 657 659
Shallow-water tides 280
Sharpe, F.B. 678
Shaw, H.J.S.Hele 86 582
Ship-waves 438
Simple source 57 64
Simple source, of sound 491
Simply-connected regions 37
Simpson, T. 702
Skin-resistance 682 684
Slipping, resistance to, at the surface of a solid 576
Small oscillations 250
Small oscillations, of a dissipative system 562
Small oscillations, of a gyrostatic system 307
Small oscillations, of a liquid ellipsoid 717
Smoke-rings 242
Smoluchowski, M. 107 600 608
Solid of revolution, motion of a 174
Solids moving in frictionless liquid 160
Solids moving in frictionless liquid, with cyclosis 180 187
Solitary wave, Scott Russell’s 423
Sommerfeld, A. 61 538 584 674
Sound, velocity of 477
Sound-waves see “Air-waves”
Sources and sinks 57 71
Sources of sound, simple and double 496 497
Southwell, B.V. 674
Speed of an oscillation defined 251
Sphere moving in frictionless liquid 92
Sphere moving in frictionless liquid, in viscous fluid, steady motion 598
Sphere moving in frictionless liquid, inertia-coefficient of 93
Sphere moving in frictionless liquid, oscillatory motion 642
Spheres, motion of two, in frictionless liquid 130 133
Spherical harmonics 110
Spherical harmonics, application to sound-waves 503
Spherical harmonics, conjugate property of 118
Spherical harmonics, expansions in terms of 118
Spherical harmonics, tesseral and sectorial 117
Spherical harmonics, to steady and periodic motions of a viscous fluid 594 632
Spherical harmonics, zonal 113
Spherical mass of liquid, free and forced oscillations 450
Spherical mass of liquid, influence of viscosity 639
Spherical sheet of water, tidal oscillations of 301 304
Spherical vessel, decay of motion in 637
Spherical vortex, Hill’s 245
Stability, of a cylindrical vortex 230
Stability, of a jet 472
Stability, of a rotating annulus 708
Stability, of a rotating mass of liquid 710
Stability, of a solid moving in frictionless liquid 177
Stability, of Maclaurin’s and Jacobi’s ellipsoids 714 715
Stability, of the ocean 355 455
Stability, of vortex-systems 225
Stability, ordinary and secular 311
Standing waves on water 364 440
Stanton and Pannell 665
Stanton, Sir T.E. 27 584 586 666 667 679 696
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