Respiratory dust is the primary factor triggering pneumoconiosis. Accurately separating
respiratory dust from total dust according to specific criteria are key aspects of respiratory …

Local scour, the displacement of particles around the periphery of subsea structures due to
fluid action, profoundly affects the operation of offshore wind mooring systems. However …

The dust resuspended by tire motion is a key cause of particulate matter pollution. The
resuspension of PM2. 5 by tires of a two-wheeled electric vehicle was numerically simulated …

The coupled computational fluid dynamics-discrete element method (CFD-DEM) simulation
is regarded as an effective tool for investigating fluid-solid coupling problems. However …

We performed numerical investigations of the agglomeration behaviour of asphaltene
particles in a turbulent pipe flow by using a commercial discrete element modelling (DEM) …

Ocean current energy is a stable, reliable, and highly predictable renewable energy source.
The effective development of ocean current energy conversion technology is beneficial in …

This study examines how a deionized water droplet behaves when it centrally collides with a
liquid film containing TiO2 nanoparticles at low impact velocities, aiming to understand how …

Turbulent agglomeration is viewed as a promising technology for enhancing fine particle
removal efficiency. To better understand particle transport, agglomeration behaviors, and …

The combined effects of particle concentration (0–20 vol%) and particle size on the
hydrodynamics of a slurry bubble column were studied by computational fluid dynamics …

Vertical hydraulic transport of particles with wide particle size distributions is a crucial
process for coal physical fluidized mining. In the present study, an improved semi-resolved …