The paper is devoted to cold-formed thin-walled channel beams with open or closed
flanges. The global–local buckling and optimization of these beams are described. The …

Thin-walled beams made of laminated composite materials are increasingly used in any
engineering branch where structural weight is one of the major aspects in the design …

The lateral buckling analysis of cold-formed thin walled beams subjected to pure bending
moments has been performed. The critical buckling loads are estimated based an …

An exact finite strip for the buckling and post-buckling analysis of moderately thick plates is
presented in this paper by using First order Shear Deformation Theory (FSDT). In the …

This study explores the effect of local buckling on the compressive performance of slender
structural elements, particularly those with thin-walled sections. The phenomenon of local …

The role of local buckling on the behavior of slender members under compression has
received considerable attention in structural engineering. For thin-walled sections, in …

A finite segment element including axial balance is formulated to describe shear lag in thin-
walled box beams having constant or variable cross sections made from steel or other …

An exact finite strip for the buckling analysis of moderately thick symmetrically cross-ply
laminated composite plates and plate structures is presented in this paper by using First …

The main purpose of this research is to obtain analytical formulations for exact calculation of
relative post-buckling stiffness of nonlocal graphene sheets. In addition to calculating the …

This paper presents theoretical developments of an exact finite strip for the buckling analysis
of symmetrically laminated composite plates and plate structures. The so-called exact finite …