Cylindrical shell structures are widely used in various engineering fields. In this study, the
hydrostatic buckling behavior of moderately thick composite cylindrical shells is studied. A …

Cylindrical shell structures are ubiquitous and essential supporting structures in various
engineering applications. The aim of this research work is to provide a comprehensive …

Previous works have established the response and failure behaviour of hybrid (CFRP-
GFRP) laminates when subjected to a wide range of destabilising loads. However, to date …

The current study presents an experimental investigation devoted to the nano‐silica and
cutout effects on the axial and lateral buckling responses of carbon/epoxy fiber‐reinforced …

Buckling response of steel cylindrical shells with no reinforcement or seal, cylindrical shells
reinforced with CFRP, and cylindrical shells sealed against leakage was experimentally …

In this study, an analytical solution for the buckling of a composite cylindrical shell subjected
to hydrostatic pressure is proposed. The boundary conditions of the composite cylindrical …

This study uses eight tests to show the experimental behavior of cold-formed steel beam-to-
column screw connections exposed to high temperatures reinforced with CFRP. The …

Recently, structures constructed from cold-formed steel (CFS) have been popular. CFS
members are manufactured by pressing or rolling steel sheets at room temperature, which …

In this paper, the buckling and post-buckling behavior of perfect and perforated composite
cylindrical shells subjected to external hydrostatic pressure was experimentally investigated …

The buckling failure of the afterburner cylinder is a serious safety concern for aero-engines.
To tackle this issue, the buckling simulation analysis of the afterburner cylinder was carried …