Tail cavities are common in gas-propelled underwater cold emission and jet-propelled
underwater vehicles. They can also provide a stable working environment for solid rocket …

The research on the structure and dynamic evolution of ventilated tail cavity is an important
basis for designing the tail structure of an underwater vehicle. In this paper, through water …

Submerged gas jet is commonly encountered in underwater cutting, underwater jet-
propulsion, liquid metal mixing and other applications. In this paper the transient dynamics …

The tail cavity as induced by submerged gaseous jets on the bottom of axisymmetric
vehicles is studied in a water tunnel over Froude numbers, which denote co-flow velocities …

为研究水下超声速过膨胀燃气射流的流场特性, 在压力水筒中开展了大扩张比锥形喷管的固体
火箭发动机水下点火实验, 并基于雷诺时均Navier⁃ Stokes (RANS) 方法和流体体积(VOF) …

When underwater vehicles are launched at a great depth, the use of underwater jet
propulsion helps to address insufficient kinetic energy and modifies attitude. Tail wings can …

The tail of an underwater vehicle with a tail jet often creates an attached tail cavity when
moving at high speed. The strong coupling between the tail cavity and high-speed jet affects …

In model experiments, the Weber number determined by the surface tension usually has a
significant effect on the ventilated cavity flow characteristics. This paper describes …

The formation and development of an attached cavity at the tail of an underwater moving
vehicle involves a complex multiphase flow, which determines the load characteristics and …

Submerged high-speed gaseous jets exhibit complex evolution and instability mechanisms
due to the significant density and velocity differences between the gas and the surrounding …