The particle finite element method (PFEM) is a powerful and robust numerical tool for the
simulation of multi-physics problems in evolving domains. The PFEM exploits the …

By using an explicit time integration scheme and the strain smoothing nodal integration
technique, a node-based explicit smoothed particle finite element method (eSPFEM) is …

In this work a fully partitioned Lagrangian framework for the solution of fluid–structure
interaction (FSI) problems involving free surfaces, large solid displacements and …

This paper presents a novel coupled formulation for fluid-structure interaction (FSI) problems
involving free-surface fluid flows, fracture phenomena, solid mutual contact and large …

Currently, accurate simulations of fluid structure interaction (FSI) problems still remain a
challenging task in the academic community. The purpose of this work is to develop a three …

This paper presents a purely Lagrangian approach for the 3D simulation of Bingham free-
surface fluids and their interaction with deformable solid structures. In the proposed …

Free-surface flows, especially those associated with fluid-structure interactions (FSIs), pose
challenging problems in numerical simulations. The authors of this work recently developed …

This paper is concerned with predicting the nonlinear response of submerged structures to
pressure shock waves from underwater explosion (UNDEX) using a novel numerical …

This work aims to evaluate the free vibration of deformable fluid-filled rectangular tanks in
two dimensions. These tanks are surrounded by soil, and consequently, the soil-fluid …

This work presents a fully Lagrangian Finite Element Method (FEM) with nodal integration
for the simulation of fluid–structure interaction (FSI) problems. The Particle Finite Element …