|
|
 |
| Авторизация |
|
|
|
| Поиск по указателям |
|
|
|
|
|
|
|
 |
|
|
|
| Graff K.F. — Wave motion in elastic solids |
|
|
|
| Предметный указатель |
Stokes, G. G 59 65 71
Stoneley, R. 380 391
Stonely wave 380
Stonely wave, gauge, to measure stress waves 83 130—1 202 204 255 565 567—9 632
Stonely wave, large 596
Stonely wave, strain 583—4
Stonely wave, tensor 274 584
Streak photography 674
Strength-of-material theories 2 121
Stress 585
Stress, concentration, dynamic 394
Stress, multiplication, from reflection 80—1
Stress, reversal, from reflection 81—2
Stress, tensor 274 585 588
Stress, waves, experimental methods 629—34
Stress-optic law 384 633
String 65—8
String on viscous subgrade 68—71
String, basic governing equation for 9—10
String, dispersion in 51—8
String, waves and vibrations in 9—74
Structures, use of wave propagation in 3
Summation convention 582
Sun, C. T 303 309
Superposition solution (see Normal mode solution)
Surface waves in 324
SV waves in half-space 319—21
Symmetric, displacements in plate 437
Symmetric, in plate theory 438—41 445—6 458-9 500
Symmetric, Lam 6
Symmetric, modes 462—3
Symmetric, of Rayleigh — Lamb spectrum 453
Tables of 621—6
Tables of transforms 621—6
Tail of response 219—20
Tangential load on half-space 354 371—2
Tatel, H. E 384 391
Thau, S. A. 385 386 391 408 427 429 430
Thermal effects 595
Thickness-shear mode in plate 449 454 493—4
Thickness-stretch mode in plate 449 454 508—9
Thin, rod, flexural waves in 140—212
Thin, shells 258—70
Thin-plate velocity 264 267
Thin-rod velocity 78
Thomas, D. P. 410 430
Thomas, G. B. 270
Time Piece 81—2 137
Timoshenko frequency equation 185—6
Timoshenko, beam theory 180—95 205-7
Timoshenko, S. P. 87 104 105 106 123 126 136 169 181 210 234 271 481 579
Timoshenko, shear coefficient 183 186
Todhunter, I. 104 136
Tolstoy, I. 457 579
Tong, K. N 42 72
Topology of saddle point 338
Torsional in membrane shell 263
Torsional in rods 125—7 468—70
Torsional, bending motion 127
Torsional, load on half-space 371—2
Torsional, rigidity 126—7
Torsional, waves from cylindrical cavity 305
Torvik, J. 536 579
Tractions 279—80 585
Transforms, integral 603—28
Transient, loading on half-space 356—75
Transient, waves in rods and plates 543—61
Translation theorem 608
Transmission at discontinuity 83—4 137
Trenches for screening waves 387—8
Truell, R. 408 428 430
Types of waves 2
Ultrasonics as use of stress waves 4
Ultrasonics, uniqueness of solutions 491 513 592—4
Ultrasonics, use in curved boundaries 387
Ultrasonics, use in wave reflection 389
Ultrasonics, use in wedges 387
Ultrasonics, use of horns 114
Ultrasonics, use of resonance in 88
Usdin, E 457 579
Vector, operations 583
Vector, potential 275
Velocities of dilatational and rotational waves 276—9
| Velocity of surface wave 326
Velocity of waves in membrane 216
Velocity, bar 78
Velocity, particle 79 85
Velocity, phase 11—12
Vibrations of beams 155 170
Vibrations of finite rod 86—91
Vibrations of membranes 225—9
Vibrations of plates 246—53
Vibrations of strings 36—42
Vigness, I. 202 210
Viktorov, I. A. 325 326 327 387 389 391
Viscoelastic, effects 595—6
Viscoelastic, waves 3
Vlasov, V. Z. 259 271
Volterra, E. G. 105 128 129 135 481
Volumetric waves 277
von Schmidt wave 370 383
Wake of response 219—20
Warburton, G.B. 531 575
Warping of cross-section 181—2
Watson, G. N. 238 271 291 310
Wave in half-space 315
Wave, applications 3—5
Wave, compared to normal modes 94—5
Wave, equation for dilatational waves 276
Wave, equation for membrane 215
Wave, equation for rotational waves 277
Wave, equation for spherical waves 113
Wave, equation for string 10
Wave, equation for torsional waves 125—6
Wave, general 1—3
Wave, historical background 5—8
Wave, normal 312
Wave, propagation, and rigid-body motion 86
Wave, ratio 316
Wave, reflection, mixed boundary conditions 328—9
Wave, reflection, special cases of 319—21
Wave, spherical 297
Wave, standing 11
Wave, transmission, backward 572—5
Wave, types 273 81
Wave, velocity, equation, surface 325
Wavelength 12
Wavenumber 12
Wavenumber in half-space 315
Wavenumber, complex 69—70 455
Waves at oblique incidence 317—22
Waves from body forces 281—94
Waves from cavity sources 294—309
Waves in circular rods 464—75
Waves in cylindrical shells 475—80
Waves in finite string 36—7
Waves in half-space, experimental 382—9
Waves in infinite media 273—310
Waves in layered media 375—82
Waves in membrane strip 224—5
Waves in plates 435—40 458—60
Waves in plates and rods 431—581
Waves in rods 510—21
Waves in semi-infinite media 312—93
Waves in shells 521—32
Waves of grazing incidence 322—3
Waves, approximate theories of 480—532
Waves, diffraction of 409—28
Waves, scattering and diffraction of 394—430
Waves, surface, in half-space 323—8
Wells, A. A. 395 430 632 636
White, D. L. 631 636
Wide-band pulse 62—3 65—8 209
Wiener — Hopf method 411—27
Wilhoit, J. C. (Jr) 205 210 632 636
Wittrick, W. H. 208 210
Woinowsky — Krieger, S. 234 271
Woods, R. D 355 356 388 391
Worely, W. J. 636
Work-energy concepts 596—600
Wright, J. K. 303 310
Yang, T 133 135
Yeakley, L. 132 133 135
Ying, C. F 408 430
Yu, Y. Y. 522 531 579
Zauderer, E. 428 430
Zemanek, J. (Jr) 133 134 136 207 210
|
|
|
| Реклама |
|
|
|
|
|
О проекте