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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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Aalami, B. 484 AASHTO 519 520 575 Abdel-Sayed, G. 477 Abo-Hamd, M. 575 Absi, E. 58 60 138 Achenbach, I.D. 187 840 844 939 ACI 542 554 575 ACI design code 542 Ackroyd, M.H. 85 138 575 Adams, P.F. 527 575 583 Adjacent equilibrium 7 Adkins, J.E. 757 Aerodynamic forces 156 Aerodynamic lift force 161 Aerodynamic torque 161 Age-adjusted effective modulus 609 614 Ahmadian, M. 194 Aida, T. 414 Aifantis, E. 828 951 Airy stress function 441 456 AISC 520 521 522 523 524 525 527 575 Akbar, H. 922 946 Akesson, B.A. 149 150 194 Akhtar, M.N. 414 Akiyama, N. 583 Akkas, N. 477 Akrib, A. 912 949 Al-Sarraf, S.Z. 566 Alami, B. 448 Alfrey, T. 590 627 Ali, M.A. 400 414 417 Allen, H.G. 26 476 477 Allowable axial stress 520 Almansi finite strain tensor 713 Almansi, E. 713 755 Almroth, B.O. 449 451 458 459 463 464 465 468 477 478 Aluminum Association, The 575 Aluminum Company of America 575 Amarakone, A.M.N. 890 940 American Society of Civil Engineers 575 627 Andronov, A.A. 271 Aneja, I. 413 414 Ang, K.K. 369 Ansal, A.M. 868 940 941 Aoh, K. 799 801 803 806 823 Arches, approximate theory 109 Arches, bound approximations 345 Arches, buckling modes 110 Arches, compression line 109 Arches, critical radial pressure 111 Arches, curvature change 108 232 Arches, dead pressure 113 Arches, effective length factor 112 Arches, flat 231 Arches, funicular line 109 Arches, general linearized theory 113 Arches, high 108 Arches, lateral buckling 391 Arches, normal pressure 116 Argyris, J.H. 212 301 700 Ari, N. 925 946 Arnold, R.R. 575 Arnold, S.M. 627 Arnold, V.I. 271 301 ASA 575 Asaro, R.J. 945 Ash, I.E. 622 630 Ashley, H. 156 194 Askar, A. 137 138 Assaad, M.C 143 ASSHTO 521 Aston, G. 369 Atanackovic, T.M. 366 Atsuta, T. 577 Attard, M.M. 414 Augusti, G. 231 238 265 301 575 Augusti’s column 265 Austin, W.J. 112 118 138 415 Axial load rotation 17 Ayoub, E.R 481 Aysto, P. 583 Azizian, Z.M. 417 Badcock, C.D. 477 Baer, H.W. 593 631 Baginski, F.E. 477 Bahar, L.Y. 194 Baker, A.L.L. 890 940 Ballio, G. 521 575 Banerjee, J.R. 369 Banks, C.B. 137 138 Baratta, A. 575 Bardet, J.P. 755 Barnard, P.R. 890 940 Barrenblatt, G.I. 775 822 915 940 Barsoum, R.S. 414 Barter, S.L. 580 Batdorf parameter 458 Batdorf, S.B. 458 477 939 940 Bathe, K.J. 138 Batista, R.C 478 Batterman, R.H. 494 575 Bayazid, H. 141 Bazant, Z. 49 56 138 321 366 Bazant, Z.I. 940 Bazant, Z.P. 34 43 45 50 58 76 77 90 99 104 105 118 120 122 125 126 127 128 129 131 135 137 138 139 168 194 205 236 263 278 294 301 313 361 366 391 396 399 401 403 405 406 407 409 410 411 412 413 414 457 477 500 501 502 533 539 540 546 547 556 560 575 576 577 586 596 605 606 607 608 609 610 611 613 614 617 619 620 621 622 627 628 634 641 644 650 655 658 676 679 686 689 692 693 695 699 700 701 702 707 711 713 719 722 724 725 727 729 732 733 735 737 743 744 745 746 747 750 751 753 754 755 763 765 771 776 778 779 780 781 782 783 785 786 787 788 789 791 792 793 794 795 799 801 802 803 804 806 807 808 809 811 812 813 814 815 816 818 819 820 821 822 823 824 827 829 830 835 836 840 842 846 848 849 851 852 854 855 856 857 858 860 862 863 864 865 867 868 869 873 874 875 876 877 878 879 880 888 890 892 893 907 908 909 910 911 912 914 915 916 917 918 919 920 921 923 925 927 928 929 930 932 933 934 935 938 939 940 941 942 943 944 946 948 949 952 Bazhenov, V.G. 576 Beam columns, boundary conditions 12 Beam columns, carry-over factor 56 Beam columns, code specifications 27 Beam columns, differential equations 9 Beam columns, flexibility coefficients 56 Beam columns, flexibility matrix 56 Beam columns, Galerkin method 356 Beam columns, generalized stiffness matrix 149 Beam columns, interaction equation 524 Beam columns, potential energy 216 Beam columns, Rayleigh quotient 324 327 Beam columns, stiffness coefficients 55 Beam columns, stiffness matrix 54 59 68 Beam columns, Timoshenko quotient 333 Beam columns, vibrations 144 Beams, bending theory 4 Beams, Bernoulli-Navier hypothesis 4 Beams, bound approximations 343 Beams, concrete bifurcation of equilibrium path 894 899 Beams, concrete load-displacement diagram 891 Beams, concrete snapback 888 Beams, concrete softening hinges 888 Beams, continuous 61 63 Beams, curvature 5 Beams, lateral buckling 379 387 Beams, on elastic foundation 314 Beams, thin-walled 371 Beck, M. 48 50 154 Becker, H. 449 458 460 463 466 479 579 Becker, R. 500 501 576 Beck’s column 154 Beedle, L.S. 514 576 583 Behan, J.E. 628 Belbas, S. 196 Beliveau, J.G. 194 Bell, J.F. 576 Bellini, P.X. 301 Belytschko, T.B. 824 830 836 837 838 839 840 842 925 927 933 941 942 944 Ben-Heim, Y. 477 Bending moment primary (initial) 21 23 27 29 Bending moment second-order 29 Benedetti, D. 755 Benjamin, J.R. 102 139 Benjamin, T.B. 194 Beran, M.J. 925 944 Bergan, P.G. 270 301 Bergan’s truss 270 294 Berry, D.T. 576 Bert, C.W. 367 Berthaud, Y. 814 827 934 948 Bhat, P. 938 942 Bicanic, N. 828 Bickley, W.G. 369 Biezeno, C.B. 231 301 706 711 736 755 Bifurcation asymmetric 246 271 673 Bifurcation buckling 7 216 Bifurcation crack system 802 Bifurcation criterion 255 Bifurcation Hill’s linear comparison solid 675 Bifurcation inelastic 492 651 660 674 Bifurcation multiaxial stress 500 Bifurcation plastic 500 Bifurcation point 7 Bifurcation stable symmetric 240 Bifurcation strain-softening material 852 Bifurcation symmetric 271 673 Bifurcation unstable symmetric 243 Biggers, S.B. 366 Bijlaard, P.P. 477 Bild, S. 576 Billardon, R. 676 701 824 944 Bimoment 390 396 397 Biot finite strain tensor 710 Biot, M.A. 590 628 640 701 710 723 725 743 745 746 747 755 756 Bisplinghoff, R.L. 156 157 194 Bjorhovde, R. 521 576 Blaauwendraad, J. 827 950 Blachut, J. 579 Black, M. 407 414 Blandford, G.E. 414 579 Blaszkowiak, S. 139 Blazquez, R. 868 944 Bleich, F. 50 104 118 128 139 370 414 415 502 518 528 576 Bleich, H. 370 415 Bljuger, F. 576 Blom, G. 524 576 Blomeier, G.A. 542 576 Bodner, S.R. 302 477 Boley, B.A. 366 Bolotin, V.V. 194 524 576 Bolourchi, S. 138 Borchaitft’s criterion 155 Borre, G. 676 701 854 944 Bound approximation beams 343 Bound approximation box girders 408 Bound approximation columns 339 Bound approximation deformation modes 409 Bound approximation finite elements 410 412 Bound approximation frames 341 Bound approximation high arches 344 Bound approximation local buckling 413 Boussinesq, J. 111 139 Bowers, N.A. 157 194 Boyle, J.T. 598 628 Boyle, R.W. 783 826 Bradford, M.A. 415 576 Brash, D.O. 449 451 458 459 463 464 465 468 477 478 Bratford, S.B. 479 Brebbia, C 755 Breen, J.E. 536 542 544 576 578 580 Brezina, V. 50 Bridge, R.Q. 139 545 582 622 628 Bridges suspension 157 160 Bridges Tacoma 158 Bridges truss 314 Brittleness number 778 Britvec, S.J. 50 139 Brockley, C.A. 903 944 Brodland, G.W. 477 Broek, D. 760 762 824 Broms, B. 576 Bromwich bounds 671 Bromwich, J.T.I.A. 671 701 Brooks, J.J. 609 631 Brooks, W.A. 510 Brophy, J.H. 635 701 Brown, C.J. 477 Brownjohn, J.M. 194 Bruce, V.G. 231 302 Bruhns, D.T. 701 867 950 Bryan, G.H. 733 756 Bryant, A.H. 139 BSI 545 548 576 Bucher, C. G. 194 Buckling mode 218 221 Buckling mode antisymmetric 64 Buckling mode global 267 269 Buckling mode interaction 265 273 274 471 Buckling mode local 267 269 Buckling mode symmetric 65 Budiansky, B. 139 263 301 576 939 940 Bufler, H. 746 747 756 Bukowski, R. 628 Bulson, P.S. 26 Burnett, M. 477 Burns, N.H. 552 580 Bushnell, D. 449 478 Butler, D.J. 550 576 Byskov, E. 273 275 301 478 Cagan, J. 478 Cakmak, A.S. 137 138 Calcote, L.R. 50 83 118 142 Calculus of variations 306 Calculus of variations Euler equation 309 Calculus of variations fundamental lemma 308 Calladine, C. R. 449 458 478 576 Campanini, C 575 Canadian Standards Association 576 Cantor’s set 193 Cao, Z. 782 823 916 942 Capron, M.D. 194 Carnoy, E.G. 478 Carol, I. 938 942 Carpinteri, A. 824 Carslaw, H.S. 801 824 Carter, W.D. 367 Castigliano, A. 701 Caswell, R.D. 468 483 Catastrophe cusp 271 Catastrophe double-cusp 272 Catastrophe elementary 275 Catastrophe elliptic umbilic 2/2 Catastrophe fold 271 Catastrophe hyperbolic umbilic 272 Catastrophe swallowtail 272 Catastrophe theory 270 Cauchy stress tensor 716 Cauchy, A. 709 712 716 756 Cauchy-Green finite strain tensor 712 CEB 533 539 543 545 548 555 576 615 628 CEB design recommendations 545 CEB-FIB 629 Cedolin, L. 90 138 263 301 539 540 546 547 556 576 755 776 785 807 813 823 824 916 917 918 919 920 921 922 923 942 944 Celep, Z. 586 628 Cesari, L. 194 Chaboche, J.L. 929 947 Chajes, A. 139 388 415 458 478 Chambers, R.S. 416 Chan, D.H. 759 Chan, G.K. 736 756 Chan, S.L. 398 407 408 415 576 Chandler, D.B. 56 60 141 Chang, K.C. 482 Chang, T.P. 836 842 925 927 933 942 944
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