The heat and mass transport occurring through a rotary kiln has many industrial
applications, such as organic or mineral materials manufacturing. The originality of this …

Mixing of powders and granular materials of different functions and/or properties is
frequently encountered by engineers and scientists. Nevertheless, the guidelines for the …

The focus of the current investigation is to study the influence of particles' shape on
segregation of bi-disperse mixture of particles in a rotating drum. The effects of various …

In this work the particle dynamic behavior in a rotating drum under different operating
conditions has been analyzed based on experimental results and simulations. The Eulerian …

This paper presents a numerical study on the flow behaviours of granular materials in a
rotating drum based on the Eulerian-formulation finite element method (Eulerian FEM). The …

An experimental and numerical investigation of the hydrodynamic behavior in a rotating
drum, operated in the rolling regime, was performed in the present work. For all the …

In continuum-based models, the kinetic theory of granular flow (KTGF) provides a model for
calculating solids stresses but has limitations in densely packed regions such as mills, kilns …

A two-fluid approach and diverse heat transfer models are applied to a two-dimensional
cross-section of a rotary kiln coupled with granular flow kinetic theory, which treats random …

The granular particle motion with rolling mode in rotary kiln is investigated using a three-
dimensional mathematical model based on the Euler–Euler two-phase flow and the kinetic …

Solid–solid–gas three-phase particle segregation in a half-filled rotating drum is simulated
using Eulerian continuum approach coupling the kinetic theory of granular flow. A dynamic …