Vegetative barriers have the potential to mitigate particulate matter (PM) from open dust
sources, including unpaved and paved roads, exposed storage piles, and agricultural …

The Stokes equation used in the measurement of particle size distribution is based on the
assumption that there are no interactions between settling soil particles. This requirement is …

The sedimentation process of granular materials exists ubiquitously in nature and many
fields which involve the solid–liquid separation. This paper employs the coupled …

Microbial fuel cells (MFCs) continue to garner significant research attention as promising
carbon-free and clean alternative energy sources. Nevertheless, optimizing their power …

Sedimentation commonly occurs in urban drainage systems, disrupts flow, and is one of the
major causes of inundation. The complicated phenomena that alter the cross-section of …

Passenger cars/taxis represent the commonly used mode of transport in cities worldwide.
This study offers insights into in-car occupants' exposure to fine particles (PM 2.5) in the city …

An understanding of agglomeration in multiphase flows by means of capillary bridges is
important for various technical applications. One of the key parameters that describe the …

Efficient drilling operations in polar regions are crucial given their unique climate and
surface conditions. To improve drilling efficiency, a novel technology utilizing helically coiled …

This study investigates the dynamics of disk-shaped particles using direct numerical
simulations with the smoothed profile method for rigid particles. These disk-shaped particles …

Understanding the generation, growth, and dynamics of bubbles as they absorb or release
dissolved gas in reactive flows is crucial for optimizing the efficiency of electrochemically gas …