In this work, a semi-resolved computational fluid dynamics-discrete element method is
employed to study the effects of fluid–particle and particle–particle/wall interactions on …

Solid–liquid two-phase flow with dense coarse particles in the pipeline exists widely in
energy and resources engineering, especially in the prospective hydraulic lifting scenario of …

This paper presents a numerical simulation for dense particulate flows with coarse particles
in inclined pipe to identify different flow regimes by means of computational fluid dynamics …

Pipeline transport is commonly used in the oil sand industry to convey crushed oil sand ores
and tailings. Bitumen residues in the oil sand tailings can be a threat to the environment that …

The effects of fluid–particle and particle–particle interactions on the kinematic waves and
particle dynamics in a vertical pipe with continuous upward fluid flow are investigated. The …

Computational fluid dynamics (CFD) combined with the discrete element method (DEM) are
powerful tools for analyzing dense gas–solid flows. However, the computational cost of CFD …

This paper adopts an optimized Euler–Lagrange method proposed in our previous work to
study the characteristics and formation mechanisms of layer inversion in binary liquid–solid …

Cylindrical cyclones are always used in the petroleum industry to separate the oil-water two-
phase mixtures or treatment the waste water. Here, we use dimensional analysis and …

The solid–fluid two-phase flow with coarse particles is an important research object in the
two-phase transportation field, such as deep-sea mining. This paper adopts the resolved …

We apply a machine-learned subgrid-scale model to large-eddy simulations (LES) of heavy
particles in isotropic turbulence with different Stokes numbers. The data-driven model …