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 …

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 …

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 …

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 …

Due to the significant gap between demand and supply of electricity, power utility companies
employ rolling blackouts, in which the power supply to different regions is cut-off periodically …

A third-order shear deformation plate bending formulation is presented in this study from the
first principles. The derivation assumed a displacement field constructed using third-order …

Determining least loads causing buckling failures in plates under in-plane compressive
forces is an important research theme vital to effective plate analysis and design. The …

Characteristic Trigonometric Function Application to the Direct Variation Method for Clamped,
Simply and Freely Supported Plate Page 1 Journal of Materials Engineering, Structures and …