The unsteady development of the tail cavity of a vehicle after it leaves a tube often causes
adverse effects, most notably an impact load on the vehicle when the cavity ruptures. The …

The behavior of the combustion gas jet in a Laval nozzle flow is studied by numerical
simulations. The Laval nozzle is installed in an engine and the combustion gas comes out of …

A scaled underwater launch system based on the stress wave theory and the slip Hopkinson
pressure bar (SHPB) technique is developed to study the phenomenon of cavitations and …

A tail bubble is generated behind a high-speed vehicle at the early stage of the underwater
launch process. The tail bubble dynamic behavior involves expansion, overexpansion …

For solving the problem of unmanned underwater vehicle (UUV) recovery, a
multidisciplinary collaborative simulation method is proposed to simulate the inflatable …

The high resistance caused by water in the barrel during the underwater launch poses a
daunting challenge to launch safety. To solve this problem, a new method is proposed to …

A static experimental system based on the background of the underwater gun firing process
is designed to simulate the expansion of conical-distributed multiple gas jets in a water-filled …

The simulator for multicombustion-gas jets injection is designed to study the gas-curtain
generation characteristics by multicombustion-gas jets during the underwater gun launch …

The objective of this study is to investigate the drag reduction effect of a new launch
technology by utilizing propellant gases to drain off water in the front of the projectile inside …

Dams are often operated in a way to discharge over the spillways, which would cause a high
dissolved concentration of air and be harmful to fish. The bubble transfer and the water …