Abstract As a classical Fluid-Structure Interaction (FSI) problem, water entry and/or exit of
marine structures involve large deformations of free-surface and splashing, which have long …

The investigation of the fluid added mass (FAM) matrix during the water entry of an elastic
structure is crucial for understanding the mechanism of hydroelastic slamming, as it …

The numerical simulation of elastic wedges entering shallow water and the investigation of
the corresponding shallow water effect are presented. This study employs a coupled …

Water entry of deformable bodies has been investigated extensively despite the major
challenges in precise simulations of the whole physical process. Inspired by the basic idea …

Slamming is common when a trimaran sails in rough seas. Owing to the semiclosed
structural shape of a trimaran, an air cushion can easily form, reducing the slamming …

The evolution of ice conditions and wave patterns in polar water areas is complex, and
studying the hydrodynamic response between sea ice and waves is crucial. In this study, the …

In order to study the effect of different courses on the landing performance of aircraft when
landing in waves, a Computational Fluid Dynamics (CFD) method is developed to …

In order to construct a versatile technique for water entry problems with structural
deformations of multiple bodies, a novel hybrid algorithm, which couples the improved …

This paper presents numerical modeling and simulation of damage that occurred to an
aluminum plate due to a hydrodynamic impact. The model is developed based on a …