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Handbook of Thin Plate Buckling and Postbuckling

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  • Saadedin
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    • Sep 2018 
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    Handbook of Thin Plate Buckling and Postbuckling


    1.1 Buckling Phenomena

    Problems of initial and postbuckling represent a particular class of bifurcation

    phenomena; the long history of buckling theory for structures

    begins with the studies by Euler [1] in 1744 of the stability of flexible

    compressed beams, an example which we present in some detail below,

    to illustrate the main ideas underlying the study of initial and postbuckling

    behavior.





    Although von Karman formulated the equations for

    buckling of thin, linearly elastic plates which bear his name in 1910 [2],

    a general theory for the postbuckling of elastic structures was not put

    forth until Koiter wrote his thesis [3] in 1945 (see, also, Koiter [4], [5]);

    it is in Koiter’s thesis that the fact that the presence of imperfections

    could give rise to significant reductions in the critical load required to

    buckle a particular structure first appears. General theories of bifurcation

    and stability originated in the mathematical studies of Poincar´e

    [6], Lyapunov [7], and Schmidt [8] and employed, as basic mathematical

    tools, the inverse and implicit function theorems, which can be used

    to provide a rigorous justification of the asymptotic and perturbation

    type expansions which dominate studies of buckling and postbuckling

    of structures. Accounts of the modern mathematical approach to bifurcation

    theory, including buckling and postbuckling theory, may be

    found in many recent texts, most notably those of Keller and Antman,

    [9], Sattinger [10], Iooss and Joseph [11], Chow and Hale [12], and Golubitsky

    and Schaeffer [13], [14]. Among the noteworthy survey articles

    which deal specifically with buckling and postbuckling theory are those

    of Potier-Ferry [15], Budiansky [16], and (in the domain of elastic-plastic

    response) Hutchinson [17]. Some of the more recent work in the general

    area of bifurcation theory is quite sophisticated and deep from a

    mathematical standpoint, e.g., the work of Golubitsky and Schaeffer,


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