Granular materials consist of macroscopic grains, interacting via contact forces, and
unaffected by thermal fluctuations. They are one of a class systems that undergo jamming, ie …

Granular materials composed of particles with differing grain sizes, densities, shapes, or
surface properties may experience unexpected segregation during flow. This review focuses …

Earth's surface is composed of a staggering diversity of particulate–fluid mixtures: dry to wet,
dilute to dense, colloidal to granular and attractive to repulsive particles. This material variety …

During the last fifteen years there has been a paradigm shift in the continuum modelling of
granular materials; most notably with the development of rheological models, such as the …

The finite element method (FEM) is commonly used for modeling continuum media, while
particle simulation methods like the so-called discrete element method (DEM) are used for …

The incompressible-rheology with low-Stokes-number experiments, which incompressible
models fail to describe. The combination of granular rheology, pore pressure and drag …

In recent years considerable progress has been made in the continuum modelling of
granular flows, in particular the curve, which is inspired by the analysis of the governing …

Landslide tsunamis and impulse waves are hazardous events with severe socioeconomic
impacts. A long standing problem with simulations of these events is the generation stage …

Granular flows occur in a wide range of situations of practical interest to industry, in our
natural environment and in our everyday lives. This paper focuses on granular flow in the so …

In this paper a fully coupled particle-size segregation model for granular flows (Barker et al.,
J. Fluid Mech., vol. 909, 2021, p. A22) is used to simulate the development of the patterns in …