The most fundamental and central component of submarines and deep-sea space stations
is the cylindrical pressure shell. In this paper, a pressure shell with inter corrugated structure …

Implosion may occur when a hollow pressure structure with geometric imperfections works
in deep-sea environments. Therefore, the implosion phenomenon and failure mechanisms …

Underwater hollow structures are prone to implosion due to high hydrostatic pressure and
structural imperfections. The implosion deformation patterns and induced shock wave …

Cylindrical shells are widely used in marine structures from small-sized pipes to various
immersed containers and large submarines. Dynamic plastic buckling of the shells could be …

Due to sophistications in experimental studies, the implosions in chain reaction, also named
as sympathetic implosions, demand numerical models to understand the phenomena …

This paper explores the dynamic response of spherical shells subjected to intensive
underwater shock waves. Both experimental tests and numerical simulations are performed …

Abstract Based on CFRP (Carbon Fiber Reinforced Plastics) cylindrical pressure shell, the
CFRP circumferential corrugation pressure shell is proposed in this study. The structure can …

The pressure shell is the most critical load-bearing component in submersible vehicles. It is
mainly used to withstand the enormous seawater pressure. In this study, a corrugated …

Submarine hulls are pressure vessels for which excellent structural integrity under
underwater pressure loads is essential. The use of light-weight materials contributes to …

An experimental investigation was conducted to understand the collapse mechanisms of
internally ring stiffened aluminum cylinders under uniform hydrostatic loading in a confined …