This review article provides an overview of dry granular flows and particle fluid mixtures,
including experimental and numerical modeling at the laboratory scale, large scale …

Recent progresses in understanding the behavior of dense granular flows are presented.
After presenting a bulk rheology of granular materials, I focus on the new developments to …

The local granular rheology is investigated numerically in turbulent bedload transport.
Considering spherical particles, steady uniform configurations are simulated using a …

This paper applies a soft-sphere distinct element method Granular Dynamics code to
simulate asteroid regolith and rubble piles. Applications to regolith studies in low gravity are …

A Soft-Sphere Discrete Element Method (SSDEM) is used to simulate the rotational
reshaping and disruption of cohesionless self-gravitating granular aggregates (as a …

We employ kinetic theory, extended to incorporate the influence of velocity correlations,
friction and particle stiffness, and a model for rate-independent, elastic components of the …

The development of an applicable theory for granular matter—with both qualitative and
quantitative value—is a challenging prospect, given the multitude of states, phases and …

We report numerical simulations on granular shear flows confined between two flat but
frictional sidewalls. Novel regimes differing by their strain localization features are observed …

Soil creeps imperceptibly downhill, but also fails catastrophically to create landslides.
Despite the importance of these processes as hazards and in sculpting landscapes, there is …

The migration of cohesive regolith on the surface of an otherwise monolithic or strong
asteroid is studied using theoretical and simulation models. The theory and simulations …