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 …

Fluid, particle, and structure interactions are widely encountered in the engineering field.
This study presents a multi-phase coupled method based on computational fluid dynamics …

Abstract Discrete Element Method (DEM) and Smoothed Particles Hydrodynamics (SPH) are
integrated to investigate the macroscopic dynamics of fluid–particle–structure interaction …

We present a general Lagrangian formulation for treating elastic solids and quasi/fully
incompressible fluids in a unified form. The formulation allows to treat solid and fluid …

Geodisasters associated with fluidized geomaterials, such as flow-like landslides, flow
slides, and debris flows, pose a tremendous threat to communities and the environment …

In this work, a fully explicit partitioned method for the simulation of Fluid Structure Interaction
(FSI) problems is presented. The fluid domain is modelled with an explicit Particle Finite …

A fully Lagrangian particle-based method is developed for simulating the FSI (Fluid–
Structure Interaction) problems corresponding to incompressible fluid flows and elastic …

The main challenges in the numerical simulation of fluid–structure interaction (FSI) problems
include the solid fracture, the free surface fluid flow, and the interactions between the solid …

The dynamics of fluid flows with free surfaces and interacting with highly deformable
structures is a complex problem, attracting considerable attention. The Particle Finite …

Large deformation and complex fluid flow interactions, known as the fluid–structure
interaction (FSI), are common in geotechnical and coastal projects. To address FSI problems …