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

Autonomous underwater vehicle is an effective tool for humans to explore the ocean. It can
be used for the monitoring of underwater structures and facilities, which puts forward more …

As the supercavitating flows theory and technology developing, to develop a supercavitating
vehicle with maneuverability is a significant trend. In order to achieve this goal, it is …

When a supercavitating vehicle performs a flight, the water ramjet of the vehicle exploits the
water in the surrounding environment as an oxidiser and is inevitably affected by the vehicle …

Supercavitating vehicle is almost surrounded by a cavity and therefore reaches very high
speed and large range due to the significant reduction in skin friction drag. Configuration …

A supercavitating underwater vehicle uses gas or vapor to reduce its skin friction enabling it
to travel up to speeds of 200 m/s. However, traveling at extreme speeds can be challenging …

A two-bubble model with radiate (α bubble)-receive (β bubble) structure is constructed to
study the energy transfer from one bubble to another. The influence of the non-dimensional …

Supercavitating vehicles present significant issues in controller design due to their
multiphase flow-coupling characteristics. This study addresses force analysis and the …

The water entry problem of three-dimensional pounders with different geometric shapes of
cube, cylinder, sphere, pyramid, and cone was numerically simulated by the commercial …

Detailed process of the tail slap for an underwater projectile in supercavitation is studied in
this paper. Firstly, the horizontal equation of motion for the projectile and a dynamic model of …