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| Graff K.F. — Wave motion in elastic solids |
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| Ïðåäìåòíûé óêàçàòåëü |
McCoy, J. J. 408 429 552 553 577
McLachlan, N. W. 111 136 291 292 307 308 310 363 390 397 429 460 577
McNiven et al. shell theory 531—3
McNiven, H. D 472 473 482 515 519 521 522 531 532 533 552 577 578 579
Medick, M. A. 239 244 256 257 258 270 458 482 494 495 498 502 508 510 516 531 578
Meeker, T. R. 442 443 464 572 577
Meitzler, A. H. 442 443 464 571 572 573 574 577
Membrane shell theory 259—62
Membranes, thin plates, and shells, waves in 213—72
Membranes, waves in 213—29
Merkulov, L.G. 116 136
Metal forming, as use of stress waves 4
Meyer, M. L. 303 310
Microstructure effects 596
Miklowitz, J. 270 308 310 343 391 428 429 552 557 558 559 560 561 565 566 577 578 579
Miles, J. W. 408 429
Miller, G. F. 344 351 352 353 354 355 370 372 391
Mindlin — Herrmann rod theory 510—15
Mindlin — McNiven rod theory 515—21
Mindlin, R. D. 450 451 453 454 456 457 458 463 472 473 474 481 482 493 494 495 498 502 508 510 515 516 519 521 522 523 531 552 578 579
Mirsky — Herrmann shell theory 522—7
Mirsky, I. 482 521 522 526 531 578
Mitra, M. Von 343 368 370 372 373 391
Mixed boundary conditions waves in plate with 435—40
Mixed boundary conditions, reflection of waves by 328—9
Mode, conversion in half-space 318—19
Mode, coupling in rods 571—2
Mode, shapes, for plates 248—51 253
Modes in mixed boundary condition plate 438— 40
Modes of deformation, in Timoshenko beam 183—4
Modes of SH waves in plate 433—4
Modes of vibration of half-space 371
Modulation of wave group 60
Moment of momentum, conservation of 587—8
Momentum, conservation of 587
Momentum, trap, to detect stress waves 632
Moore, H. K. 631 636
Moore, P. 202 255 256 270
Morgan, G. W. 521 531 577
Mori, D. 206 210
Morley, L. S. D 201 208 210
Morse, P. 109 110 113 136 146 210 219 220 227 229 253 270 275 285 287 310 402 409 410 411 420 429 465 578
Morse, R. W. 481 578
Moving load on beam 174—5 169—70 174 5
Mow, Ñ. C. 401 408 429
Muster, D. 105 135
Naghdi — Cooper shell theory 527—30
Naghdi, P. 42 71 259 270 521 527 530 531 575 578
Narrow-band pulse in dispersive string 62—5
Narrow-band pulse in shell 575
Natural frequencies of beam under prestress 177
Natural frequencies of circular membranes 227—9
Natural frequencies of clamped circular plate 253
Natural frequencies of composite rods 88—9
Natural frequencies of finite beams 155—8
Natural frequencies of rectangular membranes 226
Natural frequencies of SH modes in plate 461
Natural frequencies of string 38
Natural frequencies of thin rods 86—7
Navier’s equations 274—5
Neville, G. E. (Jr) 631 636
Nicholas, T 133 136 632 636
Nisewanger, C. R. 565 566
Noble, B 411 426 429
nodes 11 39
Non-destructive testing 4
Non-linear effects 596
Normal mode, expansion applied to beam 163—7
Normal to wavefront 215 278 280
Normal, incidence of waves in half-space 319
Normal, load on half-space 344—68
Normal, modes of circular membrane 227—9
Normal, modes of circular plate 253
Normal, modes of finite beams 155—8
Normal, modes of rectangular membrane 226—7
Normal, modes of string 38 40
Normal, modes of thin rod 86 91
Normal, plate 254
Normal, solution compared to wave solution 94—5
Normal, solution for impulse on rod 91—2
Normal, solution for string 39—42 49—51
Normal, string 49 50
Normalizing factor 42
Norwood, F. R. 428 429 554 557 577
Oberhettinger, F. 577
Oblique incidence of waves in half-space 317—22
Oliver, J. 255 257 271 563 564 579 631 636 456 457 458 472 473 578 579
Orthogonality of normal modes 40—1 159 253—5
P-waves in half-space 317 19
Pairs of waves in half-space 321—2
Pao, Y. H 395 401 408 429 430 473 474 579
Parseval’s theorem 621
Partial fractions 179 290 606
Particle motion of surface waves 326—8
Pearson, K. 104 136
Pearson, Ñ. E. 341 389
Pekeris, C. L 343 363 368 369 374 376 391
Percival 632 636
Percussive drilling 5
Period of wave motion 12
Permutation symbol 583
Perry, Ñ. C. 632 636
Phase 11
Phase, velocity for waves in membrane strip 225
Phase, velocity from frequency spectrum 55
Phase, velocity in beams 207
Phase, velocity in string 11 12 52
Philipson, L. L. 201 210
Photo-elasticity, to detect stress waves 206 387—9 394—5 633
Piezoelectric, effect 595
Piezoelectric, material, in ultrasonics 88
Piezoelectric, transducers, to detect stress waves 255 633
Piezoelectric, transducers, to produce stress waves 384—5 571 630—1
Piezoelectric, used in stress waves 4
Plane, harmonic waves, superposition of 287
Plane, infinite media 278—81
Plane, membrane 215—7
Plane, semi-infinite media in contact 377—80
Plane, thin plate 235—6
Plane, waves in half-space 312—29
Plastic waves 3 596
Plate with elastically restrained boundaries 450—2
Plate, extensional waves in 494—510
Plate, flexural waves in 482—94
Plate, harmonic waves in 431—3
Plate, transient waves in 557—61
Plate, velocity 264 267 492
Plates and rods, waves in 431—81
Pochhammer frequency equation 470—1 545—6 549
Pochhammer, L. 116 136
Poles, on real axis 27—8 70—1 152
Polivka 133 135
Post, D 395 430 632 636
Potential function equations 275—6
Power in string 21
Precursors of waves 244
Prescott, J. 481 579
Press, F 255 257 271 328 341 343 373 374 375 380 390 631 636
Pressure bar, Hopkinson 632
Prestress in beam 175—7
Propagation without distortion 14
Propagation, in Timoshenko beam 187 95
Pulse from spherical cavity 297—300
Pulse in infinite rod 538—42
Pulse in string 57—68
Pulse, dispersion, in rod 563—7
Pulse, distortion due to mode coupling 572
Pulse, mechanism of 53
Pulses, Fourier spectra of 627—8
Pursey, H 344 351 352 353 354 355 370 372 391
| Quarrying 5
Radiation condition 22
Radiation condition for beam 149 152
Radiation condition for half-space analysis 348
Radiation condition for scattering by cylindrical cavity 397
Radiation condition for SH waves in plate 534—5
Radiation condition for Sommerfeld diffraction problem 416
Radiation condition for waves from spherical cavity 295
Radiation condition for waves in horns 111 119
Rayleigh from buried source 374—5
Rayleigh from load on half-space 355—6 36
Rayleigh in approximate plate theory 510
Rayleigh in half-space analysis 347
Rayleigh in spectrum for plate 454
Rayleigh, correction, in rods 471—2
Rayleigh, experimental results 382—9
Rayleigh, J. W. S. 59 71 116 136 181 210 282 310 324 391 408 429 481 530 579
Rayleigh, quote on group velocity 59
Rayleigh, surface wave (see also surface waves) 325
Rayleigh, theory, for beams 186—7
Rayleigh, wave velocity 326 388
Rayleigh-Lamb, equation for plate 440—2 445—58
Rayleigh-Lamb, equation from circular waves in plate 459—60
Rayleigh-Lamb, equation, modes, interpretation of 446—7
Rayleigh-Lamb, equation, spectrum 454—5
Rectangular plates, vibrations of 246—51
Redwood, M 447 579 631 636
Reflection from elastic boundary 31—4
Reflection in beam 153—5
Reflection in membranes 222—4
Reflection in string 29—36
Reflection in thin plates 245—6
Reflection in thin rod 80—4
Reflection in waveguide 561—2
Reflection of pairs of waves 321—2
Reflection of waves in half space 312—29
Reflection of waves in two semi-infinite media 378—9
Reflection of waves, general 2
Reflection, coefficient, for thin rod 137
Refraction of waves 378—9
Reinhardt, H. W 389 391
Reissner, E. 270 527 579
Retarded potential solution 283
Ricketts, T. E 134 136
Rigid-body motion in bounded plate 461
Rigid-body motion of rod 87 123
Riley, W. F 382 384 389 390 391 394 428 629 632 634
Rings, experimental results for 208—9
Rings, waves in 195—201
Ripperger, E. A. 105 128 130 136 202 206 210 385 390
Rod of variable cross-section 109—10
Rod, experimental results for 563—5
Rod, governing equation for thin 76—7
Rod, longitudinal waves in thin 75—139
Rod, transient waves in 547—57
Rod, vibrations of 84—95
Rod, waves in long 76—9
Rods and plates, experimental results for transient waves in 543—61
Rods and plates, shells, experimental studies on 571—5
Rotary inertia, correction for in beams 181
Rotary inertia, neglect of 141—2 144
Rotation, method, applied to rod analysis 550—1
Rotation, saddle point (see also Steepest descent)
Rotation, tensor 274 584
Rotation, vector 275
Rudnick, I. 133 134 136 207 210
Russell, S. 59
Sackman, J. L. 482 522 531 532 533 577
Saddle points in analysis of half-space 349—50
Saddle points in SH wave solution 342
Saddle points in steepest-descent method 337—9
Saddle points, deformation of contour through 339—40
Sanders, J. L. 259 271
Scalar potential 275
Scattering by cavities 395—408
Scattering by cavities and diffraction of waves 394—430
Schweiger, H. A. 206 210
Scott, R. A. 559 560 561 579
Seismic waves in layered earth 375
Seismology as basis for Love waves 380
Selberg, H. L. 299 300 303 306 307 309 310
Semi-infinite media, waves in 312—93
Separation of variables applied to natural frequencies of beams 155
Separation of variables applied to reflection in membranes 222
SH modes, of bounded plate 460—1
SH waves in a plate 534 537
SH waves in a plate, vibrations of plates 246—7
SH waves in a plate, vibrations of string 40
SH waves in a plate, wave equation 10
SH waves in half-space 314 316 321
SH waves in in half-space 329—35 341-3
SH waves in in infinite media 283—8
SH waves in in plate 432—5 533-8
SH waves in in Sommerfeld diffraction problem 412
SH waves in layer (see Love waves)
SH waves in scattering by cylindrical cavity 395—400
Shadow zone 400 411
Shah, A. H 482 522 531 532 533 577
Shaw, E. A. G. 457 575
Shaw, R. P. 410 428 429
Shea, R. 394 429
Shear, coefficient for plate theory 484
Shear, coefficient, Timoshenko 183 186
Shear, deformation in beam 180—1
Shear, deformation, neglect of in beams 143—4
Shear, effects in beams 180—95
Shear, window 355—6
Shell, theories, comparison of 530—2
Shell, theories, discussion of 259
Shell, theory, McNiven el al 531—3
Shell, theory, Mirsky — Herrmann 522—7
Shell, theory, Naghdi — Cooper 527—30
Shells, experimental results 574—5
Shells, waves in 521—32
Shift theorem (see Translation theorem)
Shock tube, for stress waves 565—9 632
Shook, C. A. 547 548 549 557 576
Short-wavelength limit for membrane shells 264
Short-wavelength limit for Mindlin — Herrmann rod theory 514
Short-wavelength limit for plates 449—50
Short-wavelength limit for Timoshenko beam theory 185
Sih, G. C. 427 429
Silverman, D. 561 562 576
Skalak, R. 543 547 548 551 579
Sneddon, I. N. 144 210 217 218 239 271 288 309 621 636
Snell’s law 316
Sokolnikoff, I. S. 590 591 636
Sommerfeld diffraction problem 410—27
Source, experimental results on 382—4
Source, problems 343—75
Source, waves from load on half-space 352—3
Source, waves in half-space 323—8
Source, waves, experimental results 384—6
Spallation 82
Spark source, to produce stress waves 255 257 631
Spherical coordinates 601—2
Split Hopkinson pressure bar 130—3
St. Venant, B. D. 100 136
Standing wave 11 13 463
Stationary phase method 65
Stationary phase method, applied to shell impact 269
Stationary phase method, plate 558—9
Stationary phase method, pulse in rod 538—9
Steepest-descent method 336—41
Steepest-descent method, applied to load on half-space analysis 349—51
Stegun, I. A. 148 209 228 242 270 426 428 546 575
Stephenson, J. G. 205 210 632 636
Sternberg, E. 276 310
Stoker, J. J. 411 426 429
Stokes, explanation of group velocity 59— 61
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