Tail slapping is considered to be a prominent mode for facilitating the movement of
supercavitating projectiles underwater. Stability mechanism of the tail slapping and stability …

The maneuverability of supercavitating vehicles is significantly affected by disturbance from
their control surfaces during the water-entry process. In this paper, experiments and …

Supercavitating projectiles can achieve high speeds; however, this will pose technical
challenges on their stability and flight performances. One of the most important issues which …

In the last two decades much research works have been performed in order to model the
dynamics of high-speed supercavitating projectiles. In the present study, the high speed …

Supercavitating vehicles have particular high speeds. This unique advantage is obtained by
the cavity separation from water to eliminate most drag. However, this may lead to the tail …

In this study, we focus on realizing planing avoidance control for a ventilated supercavitating
vehicle while considering stability issues. A ventilated supercavitating vehicle can control …

The present study focuses on simulating supercavitating projectile tail-slaps with an
analytical method. A model of 3 σ-normal distribution tail-slaps for a supercavitating …

A spatial kinetics model for supercavitating vehicles including the coupled motion of pitch,
yaw, and rolling was presented. Mathematical simulations were performed to investigate …

超空泡航行器尾部滑行升力对运动姿态具有重要影响. 文中基于流体体积(VOF) 多相流模型,
开展了不同后体攻角下超空泡航行器尾部在空泡内滑行过程的数值仿真, 通过与试验数据对比 …

To predict the hydrodynamic characteristics and supercavity shape of supercavitation flows,
the numerical model including VOF, cavitation model, and turbulence models is presented …