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| Авторизация |
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| Leissa A. — Vibration of shells |
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| Предметный указатель |
Nowacki, W. 162 289
Nowinski, J.L. 220 221 222 228
Ogibalov, P.M. 125 408
Okubo, S. 407 408
Olson, M.D. 220 222 225 261
Ong, C.C. 289
Oniashivili, O.D. 162 219 220 289 329 408
Open, circular cylindrical 157—176
Open, circular cylindrical, added mass 175—176
Open, circular cylindrical, boundary conditions 157
Open, circular cylindrical, helical edges 176
Open, circular cylindrical, modal characteristics 164
Open, circular cylindrical, shear diaphragms, all edges 158—162
Open, circular cylindrical, shear diaphragms, ends 165
Open, circular cylindrical, shear diaphragms, lateral edges 162
Open, noncircular cylindrical 328 329
Org, E. 359
Orthotropic see also Smeared out orthotropy and Stiffened
Orthotropic, circular cylindrical 185—218
Orthotropic, circular cylindrical, axial prestress 240
Orthotropic, circular cylindrical, clamped-clamped 211
Orthotropic, circular cylindrical, clamped-free 215
Orthotropic, circular cylindrical, clamped-shear diaphragm 215
Orthotropic, circular cylindrical, combined uniform prestress 278
Orthotropic, circular cylindrical, equations of motion 186—191
Orthotropic, circular cylindrical, free-free 217
Orthotropic, circular cylindrical, frequency envelopes 197
Orthotropic, circular cylindrical, internal pressure 253—255
Orthotropic, circular cylindrical, open shells 218
Orthotropic, circular cylindrical, pressurized membrane 265
Orthotropic, circular cylindrical, shear deformation and rotary inertia 294
Orthotropic, circular cylindrical, shear diaphragms supported 191—209
Orthotropic, circular cylindrical, smeared out orthotropy 195—218
Orthotropic, circular cylindrical, stress-strain equations 185
Orthotropic, elliptical cylindrical 325
Orthotropic, oval cylindrical 327
Orthwein, W.C. 408
Osgood, W.A. 2
Oval cylindrical 326—328
Oval cylindrical, comparison with circular cylindrical 326—327
Oval cylindrical, infinitely long 327 328
Oval cylindrical, orthotropic, large deflections 327
Padlog, J. 48 298
Padovan, J. 307
Palladino, J.L. 48 87 88 134
Palmer, J.H. 291
Palmer, P.J. 162 174
Pandalai, K.A.V. 321 327 408
Parallel springs method 88 339
Park, A.C. 323
Parthan, S. 209
Partridge, G.R. 363
Paslay, P.R. 291 346 363 364 409
Patel, J.S. 209
Pavlov, B.S. 409
Pawlik, P.S. 38 48 298
Payton, R.G. 299 301
Pearson, C.M. 291
Penzes, L.E. 200 215 408 410
Pesennikova, N.K. 408
Petrenko, M.P. 291
Petrov, V.I. 48
Petyt, M. 183 265
Pflueger, A. 333
Phillips, H.B. 10
Pian, T.H.H. 410
Pifko, A. 299
Pilkey, W.D. 408
Pister, K.S. 299
Plane curve 3
Plane strain concept 38
Platus, D.H. 121 125 363
Plumblee, H.E. 170
Pohle, F.V. 321 326
Poplawski, B. 241
Popov, E.P. 404 411
Poverus, L.Yu. 3.59
Pozhalostin, A.A. 291 408
Prasad, C. 408
Pretlove, A.J. 299
Prokopev, V.I. 265 279 411
Prusakov, A.P. 307
Pshenichorov, G.I. 412
Quadratic forms 3
Rabinovich, B.I. 291
Rakhimov, I.S. 261 291
Ramakrishna, B.S. 363
Ramakrishnan, C.V. 408 409
Rand, R. 408 410
Rand, R.H. 410
Rapoport, L.D. 48 87 88 115 121 124 134 291 412
Ray, I.E. 396
Ray, J.D. 396
Rayleigh, Lord 37 74 88 124 290 292 372 373 408 412
Rehfield, L. 221
Reismann, H. 38 48 85 293 296 298 404 408
Reissner, E. 1 2 7 8 15 25 28 35 80 81 219 220 229 234 248 261 289 291 294 406 408 410 411
Ren, N. 307
Resnick, B.S. 48 88 117 121 190 209 211
Ring modes, cone 376
Ritz, W. 87
Robinson, A.R. 410 412
Rosato, F.J. 48 87
Ross, E.W., Jr. 408 409 410 412
Rucker, C.E. 166 170
Russell, J.E. 35 47 87 248 290
Ryayamet, R.K. 359
Sachenkov, A.V. 248 345 359 369 392 409
Sakharov, I.E. 387 389 408 409
Saleme, E. 261 291
Salerno, V.L. 299 344 412
Salnikov, G.M. 393
Samoilov, E.A. 409
Sampath, S.G. 232 286
Sanders, J.L., Jr. 1 9 13 15 35 115 232 411
Sandwich 298 see
Sandwich cone 396
Sandwich elliptical shell 326
Sathyamoorthy, M. 321 327
Saunders, H. 346 364 409
Schjelderup, H.C. 299
Schlack, A.L., Jr. 287
Schnell, W. 205 209
Schnobrich, W.C 412
Schroeter, IX 35 234 261 291 307
SD base, cone, complete 340—342
SD base, cone, frustum 347—373
SD-SD, circular cylindrical 43—83
SD-SD, circular cylindrical, axisymmetric motion 66—67
SD-SD, circular cylindrical, beam like vibrations 83
SD-SD, circular cylindrical, characteristic determinant 44
SD-SD, circular cylindrical, characteristic equation, modifying constants 44—46
SD-SD, circular cylindrical, comparison of theories 43—61
SD-SD, circular cylindrical, comparison with clamped-clamped 90 91
SD-SD, circular cylindrical, exact solutions 48
SD-SD, circular cylindrical, experimental results 48
SD-SD, circular cylindrical, frequency formulas 39 44 75 86
SD-SD, circular cylindrical, inextensional theory 74
SD-SD, circular cylindrical, large deflections 223—228
SD-SD, circular cylindrical, modal density 43
SD-SD, circular cylindrical, neglect of tangential inertia 74—80
SD-SD, circular cylindrical, nodal patterns 47
SD-SD, circular cylindrical, nonhomogeneous 300—308
SD-SD, circular cylindrical, orthotropic 185—218
SD-SD, circular cylindrical, Poisson's ratio, variation with 67—71
SD-SD, circular cylindrical, prestressed, bending moment 285
SD-SD, circular cylindrical, prestressed, combined uniform 255—261 279
SD-SD, circular cylindrical, prestressed, internal pressure 248—253
SD-SD, circular cylindrical, prestressed, nonuniform 279—286
SD-SD, circular cylindrical, prestressed, uniform axial 235—239
| SD-SD, circular cylindrical, prestressed, uniform circumferential 241—245 247
SD-SD, circular cylindrical, prestressed, uniform torsional 273—275
SD-SD, circular cylindrical, shear deformation and rotary inertia 294—298
SD-SD, circular cylindrical, simplified theories 48 80—83
SD-SD, circular cylindrical, stiffened 195—209
SD-SD, circular cylindrical, strain energy 73
SD-SD, circular cylindrical, Yu's assumption 80
SD-SD, elliptical cylindrical 324
Sechler, E.E. 48 151 234 244 254 256
Seggelke, P. 261 284
Seide, P. 359 383 409
Sen, N. 409
Servin, H. 125 252 261
Severn, R.T. 174 369
Sew all, J.L. 47 48 87 88 95 100 115 117 125 130 134 160 198 207 209 210 211 217
Shah, A.H. 408 409
Shallow shell 1 27 158
Sharinov, I.L. 151
Sharman, C.B. 120 151
Shashkov, I.E. 48 291
Shaw, J. 48 239 247 259
Shear diaphragm (SD) 43
Shekhtman, Iu.V. 411
Shell of revolution 403
Sheng, J. 48
Shibayama, K. 359 369
Shiraishi, N. 409 410
Shkenev, Yu.S. 121 229 265 291
Shklyarchuk, F.N. 291 393 409 412
Shmakov, V.P. 291 406 409
Shuhnan, Y. 48 345 359 369
Shul'man, S.G. 291
Shveiko, Iu.Iu. 48
Silbiger, A. 409 410
Simmonds, J.G. 2 83 142 412
Singer, J. 387 389
Siu, C.C. 396
Skalak, R. 291
Slepov, B.I. 322 323
Smeared out orthotropy 186
Smirnov, M.M. 150
Smith, B.L. 48 85 87
Smith, P.W., Jr. 48
Smith, S. 88 151
Sobel, L.H. 411
Soder, J.E., Jr. 396
Sokolnikoff, I.S. 7 23
Solecki, R. 405
Song, Q.G. 409
Sonstegard, D.A. 407 409
Southwell, R.V. 101 137
Stadler, W. 87 88 162 409
Stearman, R.O. 149
Stein, M. 203 265
Stepanov, A.P. 291
Stepanyuk, V.V. 396
Stern, M. 125 265
Stiffened 186 see
Strain energy 17
Strain-displacement equations 7—13
Stress couples 13
Stress resultants 13
Strutt, M.J.O. 369 373 412
Sumner, I.E. 411
Sun, C.L. 229 387 389
Suvernev, V.G. 305 307 409 412
Suwalski, L. 289
Sylvester, R.J. 406 412
Synge, J.L. 2
Szechenyi, E. 265
Tahbildar, U. 183
Tang, C.T. 47 88 332 339 387
Tang, S.C. 294
Tans, S. 48
Tasi, J. 215 409
Tatge, R.b. 291
Taylor, P.R. 174
Taylor, R.L. 299
Tersteeg, C.E. 87 134 344 345 405 412
Theories, comparison see under Various theories comparison
Theory of surfaces 2—5
Theory of surfaces, coordinate system 2
Theory of surfaces, derivatives of basic vectors 4
Theory of surfaces, first fundamental quantities 3
Theory of surfaces, Gauss characteristic equation 4
Theory of surfaces, Gauss derivative formulas 4
Theory of surfaces, normal curvature 3
Theory of surfaces, principal coordinates 4
Theory of surfaces, principal curvature 4
Theory of surfaces, second quadratic form 3
Thin shell theory 1—28
Thin shell theory, arbitrary curvature 2
Thin shell theory, beam like vibrations 83
Thin shell theory, first approximation of Love 6 7
Thin shell theory, fundamental equations 1—23
Thin shell theory, generalized displacements 9
Thin shell theory, generalized forces 10
Thin shell theory, generalized resultants 10
Thin shells, definition 6
Thomas, G.B. 2 7 294
Three-dimensional equations of motion 413
Timoshenko, S.P. 1 8 15 35 234 292 413
Tobias, S.A. 151
Tokarcnko, V.M. 261
Tolok, V.A. 47
Tottenham, H. 183
Tovstik. P.E. 409 412
Trapyezin, I.I. 333 359 388
Trefftz, E. 2
Van Fo Fy, G.A. 409
Van Urk, A.T. 372
Various theories, comparison, change in twist, middle surface 12
Various theories, comparison, circular cylindrical, equations of motion 32—34
Various theories, comparison, circular cylindrical, infinite length 40
Various theories, comparison, circular cylindrical, other 98 112—113 295—297
Various theories, comparison, circular cylindrical, SD-SD 43—61 73
Various theories, comparison, conical, SO-SD 393—396
Various theories, comparison, curvature change, middle surface 12
Various theories, comparison, force resultants 20
Various theories, comparison, moment resultants 21
Various theories, comparison, strains at a point 11
Veigel', I. 359
Ventres, C.S. 222
Visarian, V. 209
Vivoli, J. 406
Vlasov, V.Z. 1 2 8 15 16 27 35 158 162 248 289 294 409
Vogel, Th. 404
Volmir, A.S. 47 231 248 261
Voss, H.M. 48 234 261
Vosteen, L.F. 148 240 264
Vronay, D.F. 48 85
Wah, T. 48 83 198 203 208
Walsh, E.K. 291
Walton, W.C., Jr. 47 88 112 199 369 382 411
Wang, C.C. 409
Wang, J.T.S. 87 88 162 299 409 411
Warburton, G.B. 35 48 67 73 81 82 83 87 88 94 95 98 99 108 113 121 125 134 147 162 264 290 297
Washizu, K. 232
Watkins, J.D. 134 368 380
Watts, G.A. 48 88 265
Wcatherburn, C.E. 4 5
Webster, J.J. 47 48 162 170 409 412
Weingarten, V.I. 48 87 88 94 118 121 124 183 209 279 306 307 354 368 369 372 383 387 389
Wernick, R.J. 291
Wheeler, P.W. 345 369
White, J.C 307
Whittier, J.S. 298 299 300 407 408
Wieckowski, J. 162 176
Wilkins, D.J., Jr. 396
Wilkinson, J.P. 410
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