We propose a full Eulerian incompressible solid‐fluid interaction scheme capable of
achieving high parallel efficiency and easily generating meshes for complex solid …

Submerged flapping hydrofoils have the capability to directly convert wave energy into
thrust, offering a sustainable approach to marine propulsion. This research employs …

A simple and efficient computational framework is presented for the simulation of fluid–
structure interaction problems involving rigid body and multiphase flows in the context of …

A numerical approach for the modeling and simulation of fluid-structure interaction (FSI) in
multi-material and multi-phase systems with potential phase-changes dynamics is …

Breakwater is commonly used infrastructure for protecting coastal zones from waves and
tsunamis. Computational modelling is frequently employed for prediction and validation of …

This study presents a novel three-phase Fluid–Structure Interaction (FSI) model for
simulating the containment of oil spills. The model uses Level Sets to capture the evolution …

In the single domain method for solving fluid–solid interaction (FSI) problems, a unified
formulation is used for the entire computational domain. In such monolithic FSI solvers, all of …

We describe the formulation of a method for fluid‐structure interaction involving the coupling
of moving and/or flexible solid structures with multiphase flows in the framework of the Level …

This paper presents a new Smooth Particle Hydrodynamics computational framework for the
solution of inviscid free surface flow problems. The formulation is based on the Total …

The aim of this paper is to investigate the effect of eigenfrequency and the actual frequency
of the elastic surface for droplet rebound. The elastic surface used in this study is the …