In the present work, an analytical solution of the buckling problem of the filament winding
composite cylindrical shell is presented. Based on this solution, a cylindrical shell model …

The buckling load of carbon fiber composite cylindrical shells (CF-CCSs) was predicted
using a backpropagation neural network improved by the sparrow search algorithm (SSA …

This paper presents buckling solutions for composite laminated cylindrical shells in the
underwater environment. Under the equilibrium governing equation of the bending stress …

This paper is devoted to solving the stacking sequence optimization problem of symmetrical
laminated composite cylindrical shells subjected to hydrostatic pressure. First, a …

The exact solutions of random vibration responses of orthotropic thin cylindrical shells are
imperative for verifying numerical approaches. This study proposes the discrete analytical …

With the increasing application and study of lightweight and high strength fiber reinforced
polymer composites in ocean industry, the structural failure problem of composite pressure …

In this research, the buckling behavior of hybrid-honeycomb sandwich (HHS) cylindrical
shells under hydrostatic pressure is investigated. The HHS shells consist of two thin ceramic …

The initial geometric imperfection is one of the primary factors affecting the buckling
behaviors of composite cylindrical shells under hydrostatic pressure. In this study, ovality …

This paper deals with the delamination damage and the effect of buckling behavior on
delamination propagation of the composite cylindrical shell subjected to hydrostatic …

Composite materials have been widely used in the field of pressure shells for underwater
vehicles due to their great potential. This paper presents an experimental study of composite …