Based on discrete element method simulations, we propose a new form of the constitutive
equation for granular flows independent of packing fraction. Rescaling the stress ratio μ by a …

We determine a constitutive equation for developed three-dimensional granular flows based
on a series of discrete element method simulations. In order to capture non-local …

Sediment flux from soil‐mantled hillslopes controls the volume of sediments delivered to
rivers, the rate of rock exhumation, and the topographic evolution of hillslopes. Recent …

Granular flows of binary mixtures have been investigated in an inclined channel. The
velocity profiles of the granular flows are obtained by employing a high-speed camera. The …

We report and analyse the results of extensive discrete element method simulations of three-
dimensional gravity driven flows of cohesionless granular media over an erodible bed, the …

New regimes in high-speed confined granular flows down inclined have recently been
obtained in numerical simulations [1]. Increasing the angle of inclination reveals the …

We carry out an experimental study of the granular surface flow of nearly monodisperse
glass beads on a conical heap formed on a rough circular disc by a narrow stream of the …

The flowability of granular material is commonly determined from shear cell tests, but in the
real world, the granular flow is quite different in many cases. For this paper, the flowabilities …

We determine the constitutive equation of simple granular materials considering them as
continuous fluids. Based on discrete element simulations, we propose two rheological …

We investigated the influence of an inserted bar on the hopper flow experimentally. Three
geometrical parameters, size of upper outlet D 1, size of lower outlet D 0, and the height of …