In this paper we study the effect of rolling friction on the dynamics in a single spout fluidized
bed using Discrete Element Method (DEM) coupled to Computational Fluid Dynamics …

Transport of fine particles in porous media has attracted a considerable interest over the
past several decades given its importance to many industrial and natural processes. In order …

A comprehensive frictional-kinetic model for collisional and frictional gas–particle flows is
presented. The model treats gas and particles as a continuum. The kinetic-collisional …

The dynamics of fine particle entrainment, transport, and deposition within pore systems,
and in particular, the capacity for mobile fines to impair permeability within porous media is …

This paper presents a coupled CFD-DEM approach to simulate the flow of particulate
suspensions in the intermediate concentration regime where solid volume concentration is …

Fluids introduced into a reservoir for stimulation typically take the path of least resistance
and therefore frequently go into areas where there are open flow paths. In many cases …

Fluid flow through dense granular packs or soft sands can be described as a Darcy's flow for
low injection rates, as the friction between grain-grain and grain-walls dominate the solid …

Detailed simulations of industrial‐scale fluidized beds such as the FINEX process are still
unfeasible due to the wide range of spatial scales. Due to the computational limitations it is …

The fast advancement of existing and new functional material systems, where particulate
morphology differs from traditional systems (eg fibers, flakes,), demands technical know-how …

The solid-liquid two-phase flow with a large particle is a basic research object in the two-
phase transportation field, such as the deep-sea mineral transportation. This paper presents …