Fluid-structure interaction (FSI) is a class of mechanics-related problems with mutual
dependence between the fluid and structure parts and it is observable nearly everywhere, in …

In this review paper we introduce currently available methods based on the Navier–Stokes
equations for simulation of particulate flows which fully resolve the particles. The methods …

An indispensable tool of the numerical solution of partial differential equations by finite-
element or finite-difference methods on general regions is a grid which represents the …

Particulate flows with heat transfer widely exist in industry including fluidized bed reactor
and powder-based 3D printing, and are frequently modeled with CFD–DEM coupled …

Accurate description of particle–fluid interaction is one of the big challenges in the
community of multiphase flows. Toward this direction, the combined multi-direct forcing and …

Towards getting the full-scale solutions to particle-laden flows, a multidirect forcing
technique and immersed boundary method are proposed in the present work. The immersed …

Fluid‐particle two‐phase flows are very complex and quite challenging to numerically
simulate due to the complex and constantly moving fluid‐particle interface. Recent …

A computational platform for direct numerical simulation of fluid-particle two-phase flow in
porous media is presented in this study. In the proposed platform, the Navier-Stokes …

In this paper, a recently developed direct numerical simulation technique, the Finite Element
Fictitious Boundary Method (FEM-FBM)[K. Walayat et al.,“An efficient multi-grid finite element …

In this paper, we investigate the numerical simulation of particulate flows using a new
moving mesh method combined with the multigrid fictitious boundary method (FBM)[S …