In this work, the interaction between a ventilated supercavity and a jet are examined using
computational fluid dynamics (CFD). CFD results compare favorably to experimental data …

The shear layer on a supercavity wall is the gas entrainment channel to wake flow for
ventilated supercavitating flows with various tail closure modes. To thoroughly understand …

The development of a maneuverable underwater high-speed vehicle is worthy of attention
and study using supercavitation drag reduction theory and technology. The supercavity …

Internal gaseous velocity distribution and gas loss are significant and interconnected
mechanisms of ventilated supercavitating flows. Considering gas-vapor-water momentum …

This paper numerically investigated the possibility of creating supercavitation through an
artificially induced increase in the surface temperature of the underwater vehicle. Firstly, in …

Owing to the complex hydrodynamic characteristics of the water/cavity/vehicle systems,
supercavitating vehicles (SVs) feature slope-discontinuous force characteristics at the …

超空泡技术可以使运动体在水中的阻力降低90 {\%} 左右, 辅以先进的推进技术,
运动体在水中将可以实现超高速的``飞行''. 超空泡减阻技术对海战武器的研制产生了巨大的影响 …

In this paper, the water-exit phenomenon has been studied experimentally and numerically.
Based on the volume-of-fluid model and the Schnerr–Sauer cavitation model, the water-exit …

A high speed/high flow test facility was designed and implemented to study experimentally
the supercavitating flow behind a projectile nose in a controlled laboratory setting. The …

An overview of some experimental results involving the dynamics of supercavitating vehicles
is presented. The focus of the overview is the relationship between component level …