This article reported the overall review on modeling (mathematical/simulation), analysis
(linear/nonlinear), and prediction of structural responses (static, vibration, transient, etc.) of …

This paper presents the numerical investigations on the free and random vibration
properties of thick cylindrical shells under the three-dimensional (3-D) elasticity theory. The …

Static and free vibration analysis of simply supported FGM sandwich shells is presented in
this paper using a new higher order shear and normal deformation theory. The higher order …

In this paper, the free and forced vibration of joined cylindrical-spherical shells (JCSSs)
subjected to classical boundary conditions are investigated by a variational method. A …

The target of this paper is to assess the size-dependent geometrical nonlinear static
characteristics of curved panels (CPs) enriched by nano-additives incorporating thermal …

Purpose The aim of this work is to investigate the free vibration study of sandwich cylindrical
and spherical shells made of laminated composite by applying the finite element method …

This study presents a static analysis of laminated composite doubly curved shells using a
refined kinematic model with polynomial and non-polynomial functions. In particular …

Although various two-dimensional (2D) theories have been developed for analysis of
laminated shell structures in the last two decades, most of these models are not efficient …

In this paper, the geometrically nonlinear bending analysis of multilayered composite plates
is carried out through a rigorous comparative study employing Green-Lagrange and von …

In literature one can find many different modelling approaches towards sandwich structures,
such as: double-plate system with an elastic core, multi-layered plate, models based on …