A review of granular flow in rotating drums, with a specific focus on the underlying rheology,
is presented. The rich coexistence of flow regimes in tumbling mills–the industrial …

Considerable amount of experimental work has been performed to elucidate the behavior of
granular flow inside a rotating drum and it has yet to be clearly understood. However, a …

The discrete element method was used to study the effect of mixer properties and fill level on
the granular flow of monodisperse, cohesionless spheres in a bladed mixer. For fill levels …

The mechanisms of segregation in solids mixing, even in simple rotating drums, are not
clearly understood. Although most past studies have focused on binary mixtures, this work …

Due to their simple geometric configuration and involved rich physics, rotating drums have
been widely used to elaborate granular flow dynamics, which is of significant importance in …

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 …

Quasi-two-dimensional bounded heap flow is a useful model for many granular flows in
industry and nature. It belongs to a family of free surface flows—inclined chute flow, rotating …

In the investigation of sediment transport, it is necessary to differentiate various definitions of
angle of repose (AoR) available in the literature. The static AoR, composed of upper and …

A series of 30 tests on dry granular flows were performed using a large-scale flume under
varying source volumes and basal friction conditions to capture grain-scale interactions and …

The behavior of granular flows inside rotating drums is an ongoing area of research. Only a
few studies have investigated non‐spherical particles despite the fact that particle shape is …