The investigated cantilever beam is characterized by a constant rectangular cross-section
and is subjected to a concentrated constant vertical load, to a concentrated constant …

The present paper deals with an investigation into the thermoelastic effect on the elliptical
plate during large deflection while heating with non-stationary temperature distribution. The …

In this paper, an automated Ritz method is developed for the analysis of thin rectangular
plates undergoing large deflection. The trial functions approximating the plate lateral and in …

This study investigated the material and geometric nonlinear buckling of simply supported
columns. The column body material followed Ludwick's constitutive law. Rectangular and …

This study investigates the buckling behavior of nonlinear elastic cantilever columns, with
emphasis on two aspects: the generalized moment of inertia (GMI) of the elliptical plane …

The present article is concerned with analysis of large deflection of a heated thin annular
sector plate with clamped edges under transient temperature distribution using Berger's …

This study deals with the generalized second moment of area (GSMA) of regular polygon
cross-sections for the Ludwick type material and its application to cantilever column …

The present article deals with the analysis of thermal-bending stresses in a heated thin
annular sector plate with simply supported boundary condition under transient temperature …