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Inelastic buckling analyses of beams, columns and plates using the spline finite strip method
Abstract A method of inelastic buckling analysis of thin-walled structural members and plates is described. The method is based on the spline finite strip method of structural analysis. The analysis takes into account the non-linear material stress-strain properties, strain hardening and residual stresses. The plastic theories used in the study are the flow theory of plasticity and the deformation theory of plasticity. The method of inelastic buckling analysis is applied to a variety of instability problems including plates, cold-formed columns, hot-rolled columns and welded tee section beams. The buckling modes and loads computed are compared with theoretical values and test results.
Inelastic buckling analyses of beams, columns and plates using the spline finite strip method
Abstract A method of inelastic buckling analysis of thin-walled structural members and plates is described. The method is based on the spline finite strip method of structural analysis. The analysis takes into account the non-linear material stress-strain properties, strain hardening and residual stresses. The plastic theories used in the study are the flow theory of plasticity and the deformation theory of plasticity. The method of inelastic buckling analysis is applied to a variety of instability problems including plates, cold-formed columns, hot-rolled columns and welded tee section beams. The buckling modes and loads computed are compared with theoretical values and test results.
Inelastic buckling analyses of beams, columns and plates using the spline finite strip method
Lau, S.C.W. (author) / Hancock, G.J. (author)
Thin-Walled Structures ; 7 ; 213-238
1988-06-27
26 pages
Article (Journal)
Electronic Resource
English
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