Earth surface flows in nature, like debris flows and rock avalanches, have threatened
people's safety and infrastructure during past decades. Though grain size distribution (GSD) …

The rigid motions of powders widely exist in powder-based laser additive manufacturing, like
powder deposition, entrainment and spattering. These phenomena simultaneously happen …

Structuring a stable artificial coating to mitigate dendrite growth and side reactions is an
effective strategy for protecting the Zn metal anode. Herein, a Cu-Ag double-layer metal …

Internal erosion involves the loss of fine particles within the matrix of coarse particles under
seepage flow, posing a severe threat to hydraulic structures. This paper focuses on internal …

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 …

Computational fluid dynamics-discrete element method is frequently used for modeling
particulate flows due to its high efficiency and satisfactory accuracy. The particle volume …

Turbulent environment improves the flotation recovery of fine particles by promoting the
particle–bubble collision rate, which directly depends on the particle slip velocity. However …

In this study, a coupled interface-resolved volume of fluid model and large eddy simulation is
employed to explore bubble dynamics in a three-dimensional bottom-blown reactor. After …

Understanding the pipeline scour mechanism under different conditions is essential for
protection measures. The computational fluid dynamics (CFD) and discrete element method …

Qualitative description of stressing energies between grinding beads/media in wet stirred
media mills at different operation settings could provide a comprehensive understanding of …