This paper presents a numerical study of the dynamics of an initially spherical bubble
collapse near an oscillating rigid wall with a large amplitude; the wall oscillating amplitude is …

A semi-sealed cylindrical shell is a hollow cylinder in which one end is open and the other
end is sealed. In order to systematically study the cavity evolution, the hydrodynamic …

This paper describes an investigation of the motion, structural response, and cavitation
bubble evolution of a cylinder in the high-speed water entry (HSWE) process using a fluid …

The complex impact cavities and motion behaviours of water entry by a multi-degree-of-
freedom motion cylinder are investigated experimentally for different initial horizontal …

An experimental study of high-speed oblique water-entry of projectiles is conducted using
photography technology. A light gas gun is used to accelerate different projectiles into water …

The high-speed projectile moving near the sea level will significantly suffer from the effects
of waves. The water entry and exit of a high-speed projectile crossing a wave are …

Cavitating flow is of considerable importance in underwater high-speed applications
because of the desirable drag reduction effect. A proper design of submerged bodies should …

Cavitating flow is of considerable importance in underwater high-speed applications
because of the desirable drag-reduction effect that concerns the presence of a cavity around …

Behaviors of a cavitation bubble collapse near a spherically curved wall were investigated
using numerical simulations with controlled oscillation conditions on the rigid wall. Different …

While an object moving within a fluid, due to evaporation of the fluid at ambient temperature
if the relative speed between the object and fluid is large enough, the natural vapour cavities …