Water entry bodies are one of the predominating sections in fluid dynamics. The study of
physics plays a vital role in understanding the forces, moments, and shape of the cavity …

This paper provides refined wake simulations for an underwater projectile launch using an
improved delayed detached eddy simulation with the energy equation, volume of fluid, and …

This paper analyzes the influence of the Froude number on the flow field interference and
trajectory characteristics of successively launched underwater multiple projectiles. The …

This paper analyzes the flow interference characteristics of projectiles successively
launched underwater with 6 degrees of freedom for different dimensionless launch time …

This paper analyzes cavitating flow structure and load characteristics of vehicles launched
underwater for different cavitation numbers and different angles of attack. The improved …

This study numerically examines the evolution of cavitation, trajectory, and impact load
during the process of water exit of a submerged and ventilated cavitation cylinder in a brash …

Compared with the launch process of a single underwater vehicle, the salvo of multiple
vehicles is more complex and needs to be more deeply studied. When the first vehicle is …

In the successive underwater launch of two projectiles, wake vortices shed from the leading
projectile have significant effects on the subsequent projectile's hydrodynamic forces …

In the successive underwater launch, the interference between two projectiles will
significantly affect their attitudes and trajectories. To understand the law of the interference …

This paper analyzes the evolution of cavity features and pressure characteristics during the
underwater launching process. The improved delayed eddy simulation (IDDES), energy …