Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум   
blank
Авторизация

       
blank
Поиск по указателям

blank
blank
blank
Красота
blank
Nayfeh A.H., Pai P.F. — Linear and Nonlinear Structural Mechanics
Nayfeh A.H., Pai P.F. — Linear and Nonlinear Structural Mechanics

Читать книгу
бесплатно

Скачать книгу с нашего сайта нельзя

Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: Linear and Nonlinear Structural Mechanics

Авторы: Nayfeh A.H., Pai P.F.

Аннотация:

Bridging the gap between the practicing engineer and the applied mathematician, Nayfeh (engineering, Virginia Tech) and Pai (mechanical and aerospace engineering, University of Missouri-Columbia) present mathematically consistent derivations of structural theories, detail basic principles of linear and nonlinear structural mechanics, and show how to perform nonlinear structural analysis. The book is designed to be used as a reference for structural engineers as well as a graduate-level text.


Язык: en

Рубрика: Механика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1st edition

Год издания: 2004

Количество страниц: 746

Добавлена в каталог: 17.11.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
Absorber, vibration      26
Accelcrometer      132 268 294 312—314
Adjoint, bphcrical shell      648 649 651
Adjoint, bucklcd beam      326
Adjoint, cable      155 158—160
Adjoint, cantilcver bcaim      273 274 293
Adjoint, continuous systems      36 37
Adjoint, cylindrical shell      636 637 640
Adjoint, hinged-free beam      30—32 35
Adjoint, ncar-circular plates      489—501
Adjoint, near circularinciiihraiics      478 479
Adjoint, non-self      35
Adjoint, not self      31 32
Adjoint, self      30—32 33—37 47 60 155 158 274 326 348 479 489 518 533 637 649
Adjoint, thermally loaded plate      553
Adjoint, valve      60
Aeroelastic      27
Aeroelastic, stability      178 263
Aeroelastic, tailoring      6
Aerospace      6 171 562
Anisotropic      78
Anisotropic, beam      172 174 175 183 226 235
Anisotropic, material      85 86
Anisotropic, plate      372—374 378 380 417 447
Anisotropic, shell      560 561 615
Annular      408—412 481—498 510 544
Annular, microplates      531—537
Arclength continuation      113
Autocorrelation function      268
Autoparamctric      (see Internal resonance)
Averaging, method of      25 26 178 180 513 565 637
Backlash      4
bar      2 168 169
Beam      171
Beam theory, Euler — Bemoulli      4 172—174 183 186 215 245
Beam theory, layerwise slicar-deformable      192 194
Beam theory, linear shen-deformable      186—194
Beam theory, nonlinear 2-D      215—226
Beam theory, nonlinear 3-D      226—245
Beam theory, nonlinear 3-D curved      245—265
Beam theory, polynomial equation      235—238
Beam, bending modes      304—306
Beam, box      174
Beam, cantilever      223 240 267—316
Beam, equations of motion      186 189
Beam, Euler — Bemoulli      4 172—174 183—186 215-245
Beam, laminated      174 192—194 732
Beam, parametrically excited      267—291
Beam, pretwistcd      180 290
Beam, stuhby      179
Beam, theories      17 263
Beam, thick      253
Beam, Timoshenko      91 192
Beam, torsional modes      182 278 285 379
Beam, whirl      177 80 182
Bending, cylindrical      372 377
Berg’s theory      372 373 375 380
Bernoulli, Euler, beam theory      4 172—174 183—186 215-245
Bessel junctions      475—498 515 550
Bifurcation, Hopf      23 26 112 124 130 131 13 145 146 194 289—301 310 339 340 564
Bifurcation, normal form of a Hopf      289 290
Bifurcation, pitchfork      130 131 277 282 283 289—291 302 303 309 310 555 557
Bifurcation, saddle-node      112 277 282 289 290 303 310 527 555 557
Bifurcation, secondary Hopf      23 25 319 336
Bifurcation, torus-doubling      112 (see also Hopf bifurcation Period)
Bonding      7 562 617 628
Boron-epoxy plates      6 8
Boundary conditions, nonlinear      4 186 344 659
Boundary, crisis      112 135
Boundary, layer      6 7 24 175 176 379
Boundary-value problem      30 3 107 298 310 344 348 352 379 504 509 523 532 535 539
Breathing mode, cylindrical shell      564—566 636—641
Breathing mode, spherical Midi      647—653
Buckled beam      316 341
Buckled beam, clamps      334 335
Buckled beam, experiment      331—338
Buckled beam, global dynamics      334 341
Buckled beam, linear vibration problem      321—324
Buckled beam, nonlinear vibration      324—331
Buckled plates      379
Buckling      4
Buckling, level      319 322 323 330—333
Buckling, load      48 52 178
Buckling, mode shape      317
Buckling, post      4 5 171 176 318
Buckling, problem      320 321
Cable      136 167
Cable, compressibility      136 137 14
Cable, discretization      150—152 161—167
Cable, Lagrangian strain      136
Cable, mode shapes      148—150
Cable, multiple resonance      137
Cable, natural frequencies      148—150
Cable, neo-Hookean material      136
Cable, one-to-one resonance      137 138 150
Cable, Poisson’s effect      136 137 40
Cable, single-mode response      152 167
Cable, static deflection      141—145
Cable, two-toone resonance      137 138 150 163 167
Cable, von Karman strain      136
Calculus of variations      27 64 66 562 635
Cantilever beams      6 178 179 225
Cantilever beams in a supersonic stream      31
Cantilever beams, autoparameiric resonance      182
Cantilever beams, combination parametric resonance      278—284
Cantilever beams, Conolis effect      278
Cantilever beams, curvature nonlinearity      275 277 734
Cantilever beams, discrete mode of      66
Cantilever beams, energy transfer      270
Cantilever beams, equations of motion      240—245
Cantilever beams, experiment      267—270 312—316
Cantilever beams, follower force      278
Cantilever beams, Galerkin procedure      318 319
Cantilever beams, inertia nonlinearity      275 277
Cantilever beams, modulated motion      270 285 310
Cantilever beams, natural frequencies      294 299 303 305 313
Cantilever beams, nonlinear dynamics      223
Cantilever beams, nonplanar dynamics      284—291 304—312
Cantilever beams, parameter estimation      296 297
Cantilever beams, preconed      278
Cantilever beams, primary resonance      291—295
Cantilever beams, principal parametric icsonance      182 223 270—278
Cantilever beams, quadratic damping      270 277
Cantilever beams, slow dynamics      270
Cantilever beams, subcombination icsonance      298—304
Cantilever beams, time averaged Lagrangian      285 306
Cantilever beams, torsional mode      278 285 3 5
Cantilever beams, Uploaded      249 250
Capacitive microswitches      342
Cauchy stresses      99 100
Chaotic attractor      5 39 124
Circular, cross scction      234 235 237 240 249 251
Circular, cylinder      26
Circular, cylindrical shell      562 508 576 588—614
Circular, membrane      474—480
Circular, plate      373 375 379 381 388 392 395 401 402 411 481—513 531—557
Circular, ring      181 265
Circulatory effect      19
Clamps      334 335
Classical      382 393
Classical, laminate theory      378
Classical, linear plate theory      89 96 371 372 375 379
Classical, linear shell theory      560 561 566 577
Classical, lock frequency      268
Classical, non-      1 2 7 174
Classical, nonlinear plate theory      403—416 425—435
Classical, nonlinear shell theory      582—588
Cluirdwisc      182
Codimension      285
Combination resonance      181 183 267 504
Combination resonance in cantilever beams      269 278—284
Combination resonance in circular plates      544 349—557
Combination resonance, simultaneous      137 181
Combination resonance, sub      298—304 544
Commensurate      122 181 182 301 319 336 340 564
Companion mode      508 565 636 638
Compatibility      65 107 108 411 416 502 5 4
Compliance matrix      89—98
Concentrated, load      177 513
Concentrated, mass      4 54 179
Concentration, stress      7
Conduction, heat equation      414 533 544 545 547
Constitutive equations      4 254 560
Constitutive equations, anisotropic      85 86
Constitutive equations, hygro-themial      98 468
Constitutive equations, isotropic      90—94
Constitutive equations, orthotropic      87—90
Constitutive equations, tbermoeiastie      88 93 4 5
Constraint      3 4 65 66 70—72 176 222 231 242 318 372 565
Continuity-based method      379
Coordinate, curvilinear      80—82 99 100 107 195—200 216 246 355
Coordinate, cylindrical      77 78 103 104 588
Coordinate, helical      567 508
Coordinate, polar      389 395 408 412
Coordinate, spherical      78—81 105 106
Coriolis cffect      4 278
Correction (actor      174 191 373 374 402 446 561 608
Coulomb friction      7
Coupling, elastic      7 172 174 180 226 374
Coupling, extension-bending      168 417 560
Coupling, thermoelastic      546 547
Crisis      113 135
Cross-ply      373 378—381 405 406 412 564
Crossover      137 138
Curvature, bending      198 358 361 420
Curvature, deformed      206 247 252 253 358—361 365 420 616 620 628 632
Curvature, Initial      2 201 238 252—255 262 265 355—357 392 417—420 426 559 500
Curvature, normalized      199 219
Curvature, real      199 214 219 361 368
Curvature, twisting      177 212 238 263 358 361 366 417 420 629
Curvature, variation of      210 355 365 366
Curved      2 355 559
Curved, beam      2 172 176 200 207 212 245 264
Curvilinear coordinates      76 80 99 108 195 198 200 216 248 355 356 358 388 392 395 396 417 446 559 563 566 588
cutouts      380
Cylindrical tending      372 311
Damper      9 66—68 70 72 98 544
Damping      7
Damping, estimation of      296 297
Damping, quadratic      270 277
Degenerate, classes of shells      559
Degenerate, mode      21 513 036
Deldinination      4 7 193 381 449 617
dielectric constant      342 532
Diffusion of heat      546
Discontinuities      374 467
Disk, circular      498 513—527
Disk, imperfect      499
Disk, rotating      23 513 517
Disk, rotating, equations of motion      517
Disk, vibration of      499
Dislocation      7 8
Displacement, concept of local      21 376 563
Displacement, global      44 75 174 423
Displacement, local      214 215 218—220 229 251 252 258 366 427 436 437 447 582 583 593 595 615
Displacement, warping      176 194 215 369
Driven mode      565 636 637
Dufling equation      381 506
Effect, circulatory      19
Effect, Coriolis      278
Effect, gyroscopic      19
Effect, hygro-thermal      98
Effect, nonclaxsical      7 174
Effect, piezoelectric      98
Effect, Poisson's      115 117 136 137 185
Effect, shear      4 173 179 376 381 561
Effect, shortening      182 221
Effect, stretching      18 186 224
Effect, thermal      414 46 545
Effective nonlineariiy      125 158 160 163—167 223 275 289 294 296 297 329 330 331 349—351 506 507 512 513 517 555
Elastic, constraint      318
Elastic, coupling      6 7 112
Elliptic function      318
Equations of motion for cantilcvcr beam      66 242
Equations of motion for circular plate      481 498
Equations of motion for cylindrical shell      631 589
Equations of motion for general plate      372 377
Equations of motion for membrane      474 477
Equations of motion for microbeam      342
Equations of motion for microplate      532—537
Equations of motion for rectangular plate      469
Equations of motion for rotating disk      516 517
Equations of motion for shell      563 566 577 581 589 625
Equations of motion for spherical shell      641
Equations of motion for themioelastic plate      412—415
Equations of motion for, buckled beam      316
Estimation, parameter      296
Euler, angles      177 195 196 197 200 202 204 208—210 226 236 238 240 243 244 257
Euler, Bernoulli beam      4 172 174 183—186 217—245
Euler, buckling load      178
Euler, Lagrange equations      61 64 72 73 635 640 652
Euler, like rotations      177 178 240
Euler, rotations      177 179 376
Fiapwise motion      178 182 379
Fiber-reinforced lamina      96
Fiber-reinforced lamina, mile difference method      318
Finite element meihod      43 64 174 178 179 373 378 380 381 467
Flexural, -flexural vibration      244
Flexural, mode      285 564—566 630 638 641
Floppy disk      517 519—522 524 525
Floptical path      180
Floquet, multiplier      339
Floquet, theory      310 564
Flutter      1 5 6 23 176 375 376 562
Follower force      278
Foundation, elastic      380 517
Fourier transform      374
Fundamental matnx method      379
Galerkin procedure      53 61
Galerkin procedure, circular plates      379 504 509
Galerkin procedure, inicrobeam      319 324 327 331
Galerkin procedure, microplate      531 532 536 538
Galerkin procedure, rectangular plates      379 381 530
Galerkin procedure, rotating disk      522
Galerkin procedure, shells      563 564
Galerkin procedure, shortcomings of      53
Galerkin procedure, strings      126 138 150 161
Gram — Schnndt procedure      52
Graphite-cpoxy      6 182 374 379 454 629
Grccn — Lagrange strain      176 177
Green identity      478 489
Gudonov procedure      52
Gyration, radius of      179 224 225 317
Gyroscopic effect      19
Hamilton      72 73 1 12
Hamilton, equations      74
Hamilton, extended principle      28 54 55 66 71 109 110 140 177 178 187 226 231 254 260 284 285 287 298 300 307 377 379 380 382 575 580 585 596 601 604 606 625 634
Hamilton, theories      70
Hamiltonian      74 112
Hardening nonlinearity      296 309
Hardeningresponsc, behavior      137 161 330 331 350 381
Harmonic balance, llclical spring      53 54 55 264
Harmonic balance, method of      25 318 380 381
Helicopter      6 171 178 180 240 245 246 263
Hencky — Mindlin theory      402 440
Heterogeneity      174 176
Heterogeneous      7 85 175 170
Hierarchical finite element      380
Hopf bifurcation      23 25 26 112 130 1 31 133 134 138 182 289 290 291 310 339 564
Hopf bifurcation, generic      289
1 2 3
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2017
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте