Due to the complicated interactions between the liquid phase and solid particles, it is
important to adequately simulate the components themselves in a non-Newtonian solid …

This paper presents a particle finite element model for the numerical simulation of sediment
transport problems. Fluid motion and sediment motion are coupled in a two-way manner …

To reduce the computational time in the fields of dynamics, we introduce herein an efficient
asynchronous step integration algorithm for a coupled finite-element–discrete-element …

This paper is devoted to an unresolved model for the simulation of air invasion in immersed
granular flows without interface reconstruction between the liquid and the gas. Experiments …

The plugging phenomena of particle–fluid two-phase flow systems are omnipresent in
industrial processes, usually causing negative consequences. To study the mechanism of …

The sedimentation of a spherical solid particle in viscoelastic fluids was studied using a
Giesekus model by development of a direct numerical simulation solver based on fully …

We present a computational framework for modeling large-scale particle-laden flows in
complex domains with the goal of enabling simulations in medical-image derived patient …

Solid particles immersed in a fluid can be found in many engineering, environmental or
medical fields. Applications are suspensions, sedimentation processes or procedural …

This paper presents a numerical strategy for the simulation of flows with evolutionary
erodible boundaries. The fluid equations are fully resolved in 3D, while the sediment …

Ce mémoire présente un modèle permettant de simuler l'enfoncement d'un pieu dans un sol
océanique. Ce modèle est réalisé à l'aide de méthodes numériques combinant le calcul de …