In order to develop the knowledge base necessary to design deep sea pressure vessels, it is
essential to understand the full chain from design and manufacturing through nondestructive …

In this work, damage and failure in carbon fiber reinforced epoxy filament wound composite
tubes were thoroughly evaluated through a proposed damage model, which is able to …

The buckling behavior of carbon fiber/epoxy resin composite cylindrical shells under uniform
external pressure was investigated experimentally and numerically. Eight composite …

The buckling and strength failure of composite cylindrical shells under hydrostatic pressure
are studied in this paper by experimental tests and finite element method. Experimental tests …

The influence of winding pattern on the mechanical response of filament wound glass/epoxy
cylinders exposed to external pressure is studied by testing cylindrical specimens having …

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 …

This study investigated the buckling behavior of steel and steel–composite cylinders under
external pressure. The steel cylinders had a length-to-diameter ratio of 2.01 and a thickness …

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 work presented in this paper is focused on the finite element modelling (FEM) of the
failure behaviour of lattice composite hollow structures that have been subjected to an …