The aerodynamic behaviour of long aspect ratio nylon fibrous particles has been
investigated experimentally while settling in air under super dilute conditions without any …

In heavy crude oil, high viscosity exerts a large drag force on sand particles. In this paper,
the influence of heavy oil viscosity on the natural settlement of sand is studied, and two …

Rod-like particles are widely encountered in the industry, eg, the biomass utilization, and it
always involves the heat transfer in a forced flow. However, works about the convective heat …

Understanding the motion thresholds of shells is important, as shell motion allows the
analysis of beach profiles, prevents excessive erosion of the coastline, and helps to …

The spatiotemporal accuracy of microscale magnetophoresis has improved significantly
over the course of several decades of development. However, most of the studies so far …

Magnetorheological (MR) properties of the carbon nanotube (CNT)–FeCo nanocomposite
particle suspension were investigated to find a high-performance MR fluid with great …

A new set of aerodynamic correlations are proposed for an ellipsoidal particle in the free
molecular regime by carrying out flow simulations using the Direct Simulation Monte Carlo …

Insoluble sediments may block the debrining inner tubing (DIT) in a salt cavern during
construction. Most previous studies of this problem have simplified the sediment particles to …

The continuous flow inside cyclone separator is usually simulated by solving the Reynolds
averaged Navier–Stokes equations in Eulerian reference frame whereas the dispersed …

Cluster formation in downer reactors is considered a most important factor influencing slip
velocity between the flowing phases. This study investigates the formation of clusters using …