Local Buckling of Plates Using The Spline Finite Strip Method
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Abstract
The spline finite strip method (S.F.S.M.) for buckling analysis of plates and plate assemblies subjected to longitudinal compression and bending, transverse compression as well as shear is described. The method allows for the boundary conditions. Local buckling coefficients of plates with different boundary conditions under compression, bending and shear are calculated. Convergence studies with increasing number of section knots are described. The method is also applied to study the elastic local buckling interaction of bending and shear for plates with different aspect ratios.
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