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 …

Bubble drag reduction has been shown to be a promising technique for reducing the drag in
ships, thus reducing the emission of pollutants and allowing the compliance with the new …

Recent experiments have found that there is unstable vaporous cavitation around a surface-
piercing hydrofoil at high Froude numbers and small yaw angles, and it would promote …

The presence of structures in the ocean complicates the navigation of an underwater
axisymmetric body. This effect involves special environmental fluid dynamics, such as …

In the present paper, a new cavitation model proposed by Cheng et al.(2020a) combined
with LES is utilized to simulate the tip-leakage cavitating flow around a NACA0009 hydrofoil …

In the present paper, Large Eddy Simulations combined with the Zwart-Gerber-Belamri
cavitation model are conducted to study the flow characteristics in a tip-leakage flow. A …

Flow structures and hydrodynamic performance of high-speed surface-piercing hydrofoils
were studied by numerical simulation, with an emphasis on the interaction mechanism …

In this study, the thermodynamic behavior and supercavitating flow around projectiles of
high-subsonic to supersonic speeds were numerically analyzed using a fully compressible …

The growth, shedding, and collapse regime of cavitation under the effect of a free surface is
complicated by projectiles moving near and across the free surface and three phases (air …

In the current study, the ventilated cavitating flow for a model near the free surface is
investigated experimentally and numerically. The experiments are performed in a towing …