Evaluating unconsolidated reservoirs' internal stability concerning fine migration is essential
for the commercial development of natural gas hydrate resources. In this pursuit, we use our …

Flip-flow vibrating screens (FFVSs) are the critical screening equipment for classifying and
dewatering wet materials in mining processing industry. During the screening process, the …

Hydraulic fractures in unconventional gas/oil and tight reservoirs generally have tortuous
shapes. This paper presents a numerical study of the proppant transportation and …

This paper presents a numerical study of the tribocharging process during pneumatic
conveying using computational fluid dynamics (CFD) and the discrete element method …

The stability of biofilms attached to support particles plays a crucial role in fluidized bed
bioreactors (FBBRs) when treating non-Newtonian sewage. Biofilm instability is governed by …

Coupling CFD and DEM is commonly used to study particle-fluid flow in sand retention
systems for oil and gas wells, addressing the limitations of laboratory experiments and …

Direct numerical simulations of power-law non-Newtonian fluids flow around a circular
cylinder are performed by lattice Boltzmann method coupled with immersed moving …

The mineral resources in deep-seabed are attracting extensive attention. A numerical
simulation of particle transport in a vertical pipe for a deep-sea mining system is conducted …

The studies of the rheology of digested pulp from agricultural biogas plants have often been
fragmentary and non-standardised due to their complexity and time-consuming nature. As a …

Preventing screen blockage due to sand poses a significant challenge. The article combines
computational fluid dynamics (CFD) and discrete element method (DEM) to establish a fully …