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Bazant Z.P., Cedolin L. — Stability of structures : elastic, inelastic, fracture, and damage theories
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Название: Stability of structures : elastic, inelastic, fracture, and damage theoriesАвторы: Bazant Z.P., Cedolin L. Аннотация: A vital element of structural and continuum mechanics, stability theory has limitless applications in engineering. This text explores the principles and applications of stability analysis, offering students solid footing in the subject; it also functions as a convenient reference for engineers and scientists researching basic approaches and concepts. In addition to conventional aspects of elastic stability, the text emphasizes nonelastic stability. Topics include modern stability problems of fracture and damage, the thermodynamic principles of stability in irreversible systems, viscoelastic and viscoplastic buckling, and other key areas, plus numerous examples and 700 exercise problems.
Язык: Рубрика: Технология /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 2003Количество страниц: 1012Добавлена в каталог: 15.10.2005Операции: Положить на полку |
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Troger, H. 482 Trost, H. 609 632 Truesdell stress rate 724 Truesdell, C. 711 717 719 724 733 759 Trusses limit analysis 87 Trusses plastic redistribution 562 Trusses postcritical reserve 86 Trusses softening behavior 900 Tsai, W.T. 417 Tsang, H.S. 118 142 Tsang, S.K. 483 Tsien, H.S. 468 471 483 484 Tsubaki, T. 586 617 619 620 621 622 628 938 944 Tulin, L.G. 623 631 Tuma, J. 59 60 142 319 322 323 355 369 Tunnel excavation 934 Tvergaard, V. 273 304 471 483 583 704 757 949 951 Tylikowski, A. 483 Ugarte, C.P. 93 118 140 Umanskiy, A.A. 409 417 Unloading modulus 487 Urbano, C 575 Vaicaitis, R. 194 Valanis, K.C. 938 951 Van de Broek, J.A. 52 Van der Neut, A. 304 Van Manen, S.E. 583 van Mier, J.G.M. 848 855 951 Van Zyl, S.F. 413 417 Vardoulakis, I. 676 705 746 758 759 911 937 951 952 Vermeer, P.A. 867 952 Vibration 144 Vibration Rayleigh quotient 329 Vielsack, P. 583 Viest, M. 576 Vieta’s rule 201 Vinnakota, S. 143 583 Vinogradov, A.M. 632 Vinson, J.R. 632 Viscoelastic buckling 590 Viscoelastic buckling, finite deflections 623 Viscoelastic buckling, imperfect column 591 Viscoelastic buckling, long-time critical load 592 623 Viscoelastic buckling, stability concept 593 Viscoelastic material (aging), age-adjusted effective modulus 609 614 Viscoelastic material (aging), compliance function 603 Viscoelastic material (aging), creep coefficient 604 Viscoelastic material (aging), Dischinger formulation 603 Viscoelastic material (aging), effective modulus method 608 Viscoelastic material (aging), rate of flow method 605 Viscoelastic material (aging), rate-of-creep method 603 Viscoelastic material, compliance function (creep curve) 585 589 Viscoelastic material, creep operator 589 Viscoelastic material, differential type creep law 589 Viscoelastic material, elastic-viscoelastic analogy 589 Viscoelastic material, integral-type creep law 586 Viscoelastic material, isochrones 585 Viscoelastic material, relaxation function 585 589 Viscoelastic material, relaxation operator 589 Viscoelastic material, retardation time 589 Viscoelastic material, rheologic models 587 Viscoplastic buckling 597 Viscoplastic buckling, critical time 599 Viscoplastic buckling, pin-ended column 601 Viscoplastic buckling, rigid-bar column 599 Viscoplastic buckling, stability concept 600 Viscoplastic material stress-strain relation 598 Vizzini, V.Z. 483 Vlasov, V.Z. 321 369 370 391 401 417 465 483 Vol’mir, A.S. 198 449 483 von Karman, T. 158 198 441 446 468 469 471 483 484 490 491 583 von Karman-Foppl equations 441 von Mises truss 228 von Mises truss spring-loaded 278 291 299 von Mises yield criterion 500 von Mises, R. 56 142 Vrowenvelder, A. 369 Waeckel, N. 480 Wagner, H. 370 417 Wagner’s assumption 393 Wah, T. 83 118 142 Wahab, A.B. 801 803 804 806 807 808 809 824 Wakano, M. 946 Walker, A.C. 25 263 301 448 483 484 Wan, C.C. 468 479 Wan, R.G. 759 Wang, C.K. 28 533 583 Wang, C.M. 369 416 417 418 Wang, C.Y. 52 174 198 Wang, S.C. 632 Wang, S.S. 484 Wang, S.T. 579 Wang, X.J. 837 944 Warner, R.F. 549 583 607 615 619 632 887 952 Warping torsion arbitrary cross section 392 Warping torsion basic assumptions 392 Warping torsion bimoment 390 396 397 Warping torsion boundary conditions 379 391 Warping torsion differential equations 379 399 Warping torsion finite elements 402 Warping torsion general theory 392 Warping torsion I-beam 371 Warping torsion large deflections 403 Warping torsion moment of inertia 377 Warping torsion monosymmetric cross section 400 Warping torsion plastic 500 Warping torsion sectorial coordinate 372 394 Warping torsion sectorial radius 393 Warping torsion shear stresses 396 Warping torsion stiffness matrix 403 Warping torsion Wagner’s assumption 393 Warping torsion warping function 372 Washizu, K. 212 304 Wastiels, J. 952 Waszezyszyn, A. 484 Watson, G.N. 198 Watson, L.T. 166 174 198 Wegner, T. 481 Weimar, K. 482 Weingarten, V.I. 482 Weisstein, L.S. 141 Wekezer, J.M. 418 Wen, R.K. 418 Wergeland, H. 705 Westergaard, H.M. 583 Wheeler, J.A. 830 946 948 Whiteworth, S.L. 481 Whitney, G.S. 603 632 Whittaker, E.T. 166 198 Wicks, P.J. 273 274 304 322 369 Widera, O.E. 747 759 Wilder, T.W. 510 578 583 Wilhelm, W.J. 623 632 Willam, K.J. 828 Williams, D.G. 448 484 Williams, F.E. 198 Williams, F.W. 60 143 149 150 194 195 198 369 Williams, M.L. 763 828 Wilson, D.W. 632 Winkler foundation 314 Winkler, E. 314 369 Winter, G. 447 484 Witteveen, J. 369 Wittrick, W.H. 60 143 198 484 Wnuk, M.P. 775 828 Woinowsky-Krieger, S. 449 483 Wojewodzki, W. 628 632 Wolde-Tinsae, A.M. 139 143 366 369 Wong-Chung, A.D. 580 Wood, R.H. 545 550 583 892 952 Woolcock, S.T. 143 Wozniak, C 137 143 Wright, J. 844 950 Wu, C.H. 143 747 759 787 828 Wu, F.H. 844 952 Wu, H. 623 632 Wulff, J. 635 701 Wynhoven, J.H. 527 583 Xi, Y. 782 824 929 944 Xie, J.R. 366 Xu, K. 944 Yabuki, T. 141 143 Yamada, S. 484 Yamaki, N. 484 Yamamoto, K. 583 Yang, B.L. 938 952 Yang, C.H. 514 583 Yang, J.D. 418 Yang, J.N. 196 Yang, T.V. 480 Yang, T.Y. 583 Yang, Y.B. 143 418 Yao, J.C. 484 Yettram, A.L. 477 Yielding-buckling analogy 87 Yin, W.L. 770 828 Yoo, C.H. 418 Yoshida, H. 418 Yoshimura pattern 472 Yoshimura, J.I. 827 Yoshimura, Y. 472 484 You, C.M. 533 577 Young, T. 22 23 52 Yu, T.X. 484 Yuen, M.F. 448 479 Yura, J.A. 415 519 583 Yuzugullu, O. 922 952 Zahlan, N.M. 484 Zahn, J.J. 418 Zaitian, G. 579 Zapolsky, H.S. 830 948 Zavelani, A. 644 655 704 887 892 895 901 948 Zeeman, E.C. 271 275 304 Zeris, C.A. 583 Zhang, L.C 484 Zhang, W. 632 Zhou, S.P. 577 Zia, P. 623 632 Ziegler, H. 33 46 47 48 49 52 170 173 174 180 189 198 Zienkiewicz, O.C. 748 759 Zintilis, G.M. 484 Zubelewicz, A. 933 939 944 952 Zurmuhl, R. 205 304
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