In this study, nonlinear buckling response of composite sandwich semi-ellipsoidal shell
subjected to uniform hydrostatic external pressure is investigated numerically and …

Compared with conventional symmetric sandwich structure with identical face sheets and
single-material core, asymmetric porous sandwich structures (APSSs), which are composed …

This present work investigates the buckling load optimization of the laminated composite
plates with the elliptical hole under different non-uniform edge loads. The design objective is …

This article aims to analyze the nonlinear instability of toroidal shell segment (TSS) made of
functionally graded porous material (FGPM), exposed to elevated temperature and …

Multilayer structures often present a challenge for equivalent single layer theories which are
based on single displacement approximation through the thickness. This chapter first …

The instability characteristics of variable stiffness laminated composite (VSLC) shell panels
subjected to non-uniform in-plane periodic excitations are explored in the present article …

The present investigation illustrates the parametric instability of damped functionally graded
carbon nanotube (CNT) reinforced composite cylindrical panel subjected to periodic in …

Free vibration and parametric instability analyses of a three-layered sandwich plate with
viscoelastic constrained layer and functionally graded material constraining layer are carried …

Higher-order closed-form solutions for the static and free vibration problems of sandwich
shells with double curvature are presented in the current study based on a new hyperbolic …

In the present study, vibration and instability characteristics of the rotating carbon nanotubes
(CNT) reinforced magnetorheological (MR) elastomer embedded sandwich composite plate …