With regard to future heavy-lift launch vehicles, the buckling analysis and optimization of
large-scale stiffened shells by finite element method (FEM) suffer from unbearable …

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 sandwich cylindrical shells with auxetic 3D double-V meta-lattice core and graphene-
reinforced composite (GRC) facesheets are designed, modeled and analyzed to predict their …

This paper investigates the free vibrational behaviors of joined composite sandwich conical-
conical shells under external lateral pressure. The corresponding equations are derived …

In this paper, a new analytical approach is developed for global buckling of composite
sandwich cylindrical shells with lattice cores under uniaxial compression by using the …

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

Sandwich pipe is one of the most promising subsea pipelines for oil and gas transportation
in deep waters due to its high-strength performance and thermal insulation. The gradient of …

An analytical solution of the buckling problem formulated for a composite cylindrical shell
with its ends closed by rigid disks and subjected to hydrostatic pressure is presented in the …

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

Optimization of a composite cylindrical pressure hull subjected to hydrostatic pressure with
trapezoidal stiffeners is considered in this paper. The composite cylindrical shell is …