In this study, we extensively validated the applicability of the fully conservative compressible
multiphase flow model to simulate the collapse of cavitation bubbles. The mathematical …

This review paper aims to summarize recent advancements in time-marching schemes for
solving Navier–Stokes (NS) equations in multiphase flow simulations. The focus is on dual …

The high-speed water entry dynamics and hydrodynamics of the projectiles are significantly
influenced by the head shape and initial velocity. In this study, we numerically investigated …

The water exit problem, which is ubiquitous in ocean engineering, is a significant research
topics in the interaction between navigators and water. The study of the water exit problem …

In high latitudes during winter, the icing period is inevitable. Expanding submarine-launched
marine equipment in a low-temperature ice environment holds significant engineering value …

The presence of ice floes on the water surface has a significant impact on the complex
hydrodynamic process of submersible ventilated vehicles exiting the water. In this paper, we …

The collapse of cavitation bubbles is known for its intense and aggressive behavior,
producing concentrated bursts of energy that can cause erosion, noise, and damage to …

The objective of this paper is to investigate the multimodal partial shedding dynamics from a
multiscale perspective of cloud cavitating flows under two distinct cavity shedding …

Cross-media vehicles have become a research hotspot in the field of aerospace-ship
interaction because of their high concealment, strong maneuverability and fast penetration …

This paper analyzes the effect of launch interval on cavitation flow interference and load
characteristics during underwater salvo. The study employs the Improved Delayed Detached …