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| Landau L., Sykes J. — Fluid Mechanics: Vol 6 (Course of Theoretical Physics) |
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| Предметный указатель |
Superfluids, dynamics of, dissipative processes in 523—526
Superfluids, dynamics of, equations of motion for 518—254
Superfluids, dynamics of, propagation of sound in 526—531
Superfluids, dynamics of, properties of 515—517
Superfluids, dynamics of, thermo-mechanical effect in 517—118
Supersonic flow 313
Supersonic flow past a conical obstacle 432—434
Supersonic flow past a wing 476—479
Supersonic flow past bodies 467—470
Supersonic flow past pointed bodies 470—474
Supersonic flow round an angle 427—432
Surface phenomena (VII) 238—250
Surface pressure 238
Surface pressure, Laplace's formula for 239
Surface-tension coefficient 238
Suspension 73
Suspension, diffusion of 235—237
Suspension, viscosity of 73—75
Taub adiabatic 511
Taylor vortices 101
Thermal explosion 198—199
Thermo-mechanical effect in ordinary fluids 517n
Thermo-mechanical effect in superfluids 517—518
Transition line 452 see
Transitional surface 447
Transonic flow 437 447
Transonic similarity, law of 479—481
Turbulence (III) 95—156
Turbulence sound excitation by 289—291
Turbulence, fully developed 129—135
Turbulence, onset of 96—98 108—129
Turbulence, scales of 130
Turbulent boundary layer 178—183
Turbulent boundary layer on a plate 178—179
Turbulent conduction 211
Turbulent flow 108—113
Turbulent flow in pipes 176—179
Turbulent flow region of 147
Turbulent jet 147—152 220
Turbulent region 147
Turbulent temperature fluctuations 212—213
Turbulent viscosity 131
Turbulent wake 152—153 155—156
Turbulent wake, contraction of 181
Turn-over 380n
Two-dimensional flow 19
Two-dimensional flow of gas (XII) 435—466
Velocity potential 16 20
Velocity, circulation 12
Velocity, circulation conservation of 13
Velocity, complex 20
Velocity, correlation 135—145 214
Velocity, hodograph 418
Vibrations, characteristic 266—269
Vibrations, forced 267
Vibrations, free 267
Virtual mass 31
viscosity 44
Viscosity of suspensions 73—75
Viscosity, coefficients of 45—46 195
| Viscosity, dynamic 46
Viscosity, kinematic 46
Viscosity, second 45 308—312
Viscosity, second, dispersion of 309
Viscosity, turbulent 131
Viscous flow (II) 44—94
Viscous sublayer 174
von Karman constant 173
Vortex sheets see "Discontinuities tangential"
Vorticity 13
Vorticity in turbulent flow 146
Wake, laminar 67—72
Wake, turbulent 152—153 155—156
Wake, turbulent, contraction of 181
Wave amplitude 253
Wave drag 29 471 478
Wave equation 35 252
Wave equation, general solution of 275
Wave length 32
wave number 32 254 295 311
Wave packet 257 262 359
Wave phase 253
Wave profile 378
Wave region 283 472
Wave train 257
Wave vector 254
Waves gravity 31—37
Waves gravity in an incompressible fluid 37—39
Waves gravity, capillary 245
Waves gravity, damping of 92—94
Waves gravity, long 33—35
Waves in a rotating fluid 40—43
Waves plane 252
Waves plane of arbitrary amplitude 378—385
Waves plane, stationary 268
Waves plane, travelling 252
Waves simple one-dimensional (non-steady) 380 395
Waves simple one-dimensional (non-steady), centred 391 402
Waves simple one-dimensional (non-steady), characteristics for 391
Waves simple one-dimensional (non-steady), relativistic 510
Waves simple two-dimensional (steady) 439
Waves simple two-dimensional (steady), centred 439
Waves, bow 467
Waves, capillary 245—248
Waves, capillary damping coefficient for 247 250
Waves, cylindrical 271—273
Waves, Fourier components of 254
Waves, inertial 41
Waves, lateral 277
Waves, longitudinal 252
Waves, monochromatic 253
Waves, monochromatic components 254
Waves, spectral resolution of 254
Waves, spherical 269—271
Waves, stationary 268
Waves, thermal 207 305n
Waves, travelling 267
Wing 153 183 189—191 456 474—479
Yaw, angle of 478
Zhukovskiy's theorem 155
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