Plates, generally well-known structural element have been extensively used in different
fields like engineering, and other industries due to their high strength, lightweight, load …

In this paper, a polynomial and trigonometric shape function are developed for the three-
dimensional (3-D) stability analysis of a thick rectangular plate. This study has evaluated the …

This study presents a new model used in the stability analysis of a three-dimensional thick
rectangular plate that is clamped at the first and second edge, free at the third edge and the …

This work studied the critical load analysis of rectangular plates, carrying uniformly
distributed loads utilizing direct variational energy calculus. The aim of this study is to …

Analytical formulations and solutions for the thick rectangular plate static analysis with
clamped support based on a three-dimensional (3-D) elasticity theory is developed using …

In this study, exact trigonometric displacement function was used to solve the buckling
problem of a three-dimensional (3-D) rectangular plate that is clamped at the first-three …

In this paper, a polynomial displacement function is developed to evaluate the stability of
rectangular thick plate that is freely supported at the third edge and other three edges simply …

This study investigated the elastic static stability analysis of homogeneous and isotropic
thick rectangular plates with twelve boundary conditions and carrying uniformly distributed …

Structural failure is discovered to be attributed to the inability of the designer to determine
the structural load (critical load) that causes it. The aim of this study is to develop a …

This paper presents an analytical modeling technique for non-linear buckling behavior of
axially compressed rectangular thick plate under uniformly distributed load. The aim of this …