Research on hydrodynamics of high speed vehicles in underwater launch process has a
prominent engineering background, and contains typical frontier scientific issues. Relevant …

Cavitation is a process of liquid evaporation, bubble or vapor sheet formation, and further
collapse of vapor structures, which plays a destructive role in many industrial applications. In …

This paper reviews numerical and experimental investigations of sheet/cloud cavitation
carried out at the St. Anthony Falls Laboratory and at two collaborating facilities …

高速航行体水下发射水动力学研究, 是具有重大工程应用背景的前沿基础问题.
与之紧密相关的非定常空化流动, 特别是空泡稳定性, 溃灭等问题, 是影响发射载荷及安全性的 …

Cavitation often causes a destructive impact on the performance of hydraulic machinery,
such as erosive wear, noise and vibrations of the framework and moving parts of marine …

We present an efficient method to control the evolution of unsteady cloud cavitation around
the CAV2003 benchmark hydrofoil using passive cavitation controllers so called cavitation …

Maintaining stability remains a crucial issue for the safety of underwater vehicles, especially
during high-speed navigation where flow cavitation may occur. Cavitators are small …

This thesis describes the development of a computational method based on the Euler
equations to predict the structure and dynamics of 3D unsteady sheet cavitation as it occurs …

The cavitating flows around a highly skewed model marine propeller in both uniform flow
and wake flow have been simulated by applying a mass transfer cavitation model based on …

Unsteady cloud cavitation phenomenon is an important subject due to its undesirable effects
in various applications such as ship propeller, rudder and hydraulic machinery systems. We …