Ring stiffened cylindrical shells find wide applications in marine vehicles such as
submersibles, submarine, autonomous underwater vehicles (AUV) and torpedoes. The …

With the service environment of underwater vehicles gradually moving to the deep sea, the
high load-bearing requirements lead to an increase in the thickness of the composite …

In the present paper, the penalty immersed boundary method is improved to resolve the
transient fluid–solid interaction problems. The Eulerian finite-element method is chosen as …

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 …

The strong coupling effect between an air bubble attached to a flexible plate and a nearby
spark-generated bubble is investigated experimentally while also considering the structural …

Prediction of underwater explosion response of coated composite cylinders using machine
learning (ML) requires a large, consistent, accurate, and representative dataset. However …

The time-dependent deflection values of the flat/curved hybrid fibre (Glass–Carbon–Kevlar)-
reinforced composite panels under the influence of the mechanical loading (UDL and SDL) …

Submerged structures in naval applications are susceptible to underwater explosion and
predicting the transient response and damage is a prime concern for the designer. Coupled …

A carbon fiber reinforced hierarchical lattice stiffened cylindrical shell (HLSCS) was
designed and manufactured. Introducing effects of bending and coupling stiffness caused by …

The finite-element time-dependent deflection and stress responses of the shallow composite
panels subjected to variable mechanical loadings (uniformly distributed load and …