The Rayleigh–Ritz method is a classical method that has been widely used to investigate
dynamic, static and buckling behavior, ie, the natural frequencies, mode shapes, moments …

This study investigated thin-walled plate elements with a central cut-out under axial
compression. The plates were manufactured from epoxy/carbon laminate (CFRP) with an …

The present work discusses buckling and vibration characteristics of axially functionally
graded (AFG) graphene platelet (GPL) composite beams exposed to axially varying loads …

The current paper illustrates the effect of in-plane varying compressive force on critical
buckling loads and buckling modes of sandwich composite laminated beam rested on …

This paper is dedicated to study the elastic buckling behavior of isotropic, laminated
composite and sandwich beams subjected to various axially varying in-plane loads and …

In this research, mechanical buckling of rectangular plates of functionally graded materials
(FGMs) is considered. Equilibrium and stability equations of a FGM rectangular plate under …

The current work presents the combination of isogeometric approach (IGA) and Carrera
unified formulation (CUF) to perform the buckling analysis of isotropic thin-walled and …

A semi-analytical approach to the buckling analysis of generally supported laminated plates
subjected to a general combination of inplane shear, compression, and tension loads is …

The aim of this study is to find a comprehensive viewpoint about the results of analytical and
finite element methods usually used for prediction of buckling behavior, including critical …

Buckling analysis of symmetrically laminated rectangular plates with parabolic distributed in-
plane compressive loadings along two opposite edges is performed using the Rayleigh–Ritz …