Waves, a constant presence in the ocean, significantly influence the stability of a vehicle's
water entry. In the present work, the effects of waves on the water entry of a vehicle …

In the scientific community, water entry impact study has been remained focus by various
authors across the globe in past decades. This paper reviews different analytical …

Water entry bodies are one of the predominating sections in fluid dynamics. The study of
physics plays a vital role in understanding the forces, moments, and shape of the cavity …

Trajectory stability of high-speed water-entry projectiles is investigated experimentally in the
present paper. The effects of nose shape, impact velocity, and water-entry attitude angle on …

We report on an experimental study of the trajectories of truncated cone projectiles on water
entry. The water entry trajectory stability is of great significance to the motion control of …

The entry of a circular cylinder into water represents the problem of the coupling of
multiphase flow with highly unsteady and nonlinear dynamics. Few studies have examined …

The water entry of cylindrical projectiles at high oblique speed has been investigated
experimentally and numerically. Projectiles with three types of noses and different lengths …

The inception of a cavitation bubble in a liquid by focusing a short and intense laser pulse
near its free surface develops not only an upwards directed jet, but a second jet of opposite …

A three-dimensional ice-water-structure interaction numerical model is developed to
simulate the ice breaking and water entry of rigid spheres. The algorithm employs the …

Experiments on oblique water entry of high-speed projectiles are performed to investigate
cavity evolution and impact loads. The nose shape determines the cavity behavior and …