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, an analytical three-dimensional (3D) bending characteristic of an isotropic
rectangular thick plate with all edges simply supported (SSSS) and carrying uniformly …

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 …

Plate materials play a significant role in civil engineering and its application is found in
building, bridges, marine, nuclear and structural engineering. Plates are three-dimensional …

This paper is devoted to study the buckling response of axially compressed rectangular thick
plate based on the exact polynomial potential functional. The governing and equilibrium …

A polynomial displacement function was applied with three-dimensional (3-D) elasticity
theory to solve the bending problem of isotropic rectangular thick plate that is simply …

This study developed a higher order shear deformation theory and fourth order
displacement polynomial in the static flexure analysis of thick isotropic plate under uniformly …

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 …

As Plates are solids with three-dimensional structural components whose thickness is small
compared with the large parallel planer surfaces [1]. Plates have sustained the attention of …