High-speed water entry is a transient hydrodynamic process that is accompanied by strongly
compressible flow, free surface splash, cavity evolution and other nonlinear hydrodynamic …

The water entry cavity evolution and its flow structures for a sphere interacting with periodic
waves are investigated numerically and experimentally. The large eddy simulation is …

This study investigates the water-entry characteristics of asynchronous parallel projectiles
with vertical entry speeds of 400 m/s for four different water-entry intervals numerically …

Transient cavity dynamics in the oblique water entry of a cylinder at a constant velocity is
investigated. The drag force exerted on the cylinder is measured by a force sensor, and the …

We propose a multi-phase, multi-resolution SPH method for fluid/solid interaction with multi-
GPU implementation and dynamic load balancing following the movement of the refinement …

In this study, we investigated the water entry trajectory characteristics of a projectile with an
asymmetric nose shape at different initial impact velocities and impact angles …

An ice-constrained environment significantly affects the water entry of projectiles. In this
paper, cavity evolution in the presence of floating ice is studied. The numerical method is …

The water-entry problem is a complex multiphase hydrodynamic problem that is directly
related to many engineering applications and natural phenomena, such as torpedo airdrops …

This study investigates the water entry process of the collision between the ocean detector
and the floating ice in polar environments, which is crucial for detecting polar ocean energy …

In this study, an attempt has been made to investigate the water-entry characteristics of the
high-speed parallel projectile numerically. The shear stress transport k-ω turbulence model …