Among the different thermo-chemical recycling routes for plastic waste valorization,
gasification is one of the most promising, converting plastic waste into syngas (H2+ CO) and …

The solid–liquid two-phase flow with coarse particles is ubiquitous in natural phenomena
and engineering practice, which is characterized by coarse particles, high particle …

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 …

To address the issue of uneven spatial and temporal distribution of slurry viscosity in the
grouting process, we propose a novel numerical method for grouting in flowing water based …

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

The present work is aimed at the numerical spatio-temporal characterization of the unsteady
cavitating flow structures on a hydrofoil by means of Proper Orthogonal Decomposition …

The separation of liquid–liquid dispersions in horizontal pipes is common in many industrial
sectors. It remains challenging, however, to predict the separation characteristics of the flow …

This work analyzes why the classic cold start-up model cannot match experimental data well
in high initial membrane water content due to the unboundedness of membrane water …

Grouting is a complex process involving interactions of slurry and water phase. The viscosity
of slurry is of spatiotemporal variation and significant loss of slurry was observed in grouting …

The spatial gas distribution of poly‐disperse bubbly flows depends greatly on the bubble
size. To reflect the resulting polycelerity, more than two momentum balance equations …