Cavitation occurs widely in nature and engineering and is a complex problem with
multiscale features in both time and space due to its associating violent oscillations. To …

高速跨介质入水问题广泛存在于海洋工程, 航空航天等领域, 入水多相流动与流固耦合作用机理
是该领域的研究热点, 对于跨介质航行器的载荷预报, 弹道稳定性评估, 结构强度校核以及安全性 …

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 …

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 …

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 …

A slender body's impact and water entry generate a violent flow with the free surface, time-
dependent hydrodynamic loads, and motion or structural responses. The strong three …

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 …

This paper presents a comparative study on water entry and water walking events of elastic
spheres using a fluid–structure interaction method. The sphere displacements, cavity …

At low Froude numbers, vertical and oblique impacts of deformable spheres into water are
performed. The dependence levels of the hydrodynamics, cavity formations, and stress …