This review paper discusses the field of particle resuspension from surfaces, with special
attention paid to the developments of the last decade. We present both general models of …

Understanding particle attrition is vital to the optimisation of a wide range of industrial
processes. Lean phase pneumatic conveying is one such process, whereby the high energy …

The present study deals with pneumatic conveying of spherical particles in horizontal ducts,
a 6m long rectangular cross-section horizontal channel and a circular pipe, from a numerical …

Researches on the failure process of coal during coal and gas outbursts are of great
importance in underground mining. Based on the theories of coal spherical shell failure, coal …

Pneumatic conveying theory is applied to the negative pressure sampling for the gas content
determination in coal seams. Herein, we investigated the gas-solid flow in the drill pipe with …

A comprehensive validated numerical model simulating the pneumatic transport of fine
particles through various geometries has been developed using Computational Fluid …

The gravitational settling velocity of small heavy particles in a three-dimensional turbulent
flow remains a controversial topic. In a homogeneous turbulence of zero mean velocity, both …

The aim of the present study was to investigate degradation of three commercial high energy
extruded salmonid feeds, differing in physical quality, during pneumatic conveying in a …

Dilute gas-solid two-phase flows inside a pneumatic conveying pipe are simulated with the
multiphase particle-in-cell (MP-PIC) method. To achieve high simulation accuracy, different …

Pneumatic conveying is an important operation used in many industries to transport granular
materials from one place to another. In recent years, the combined approach of the discrete …