The deformation and flow of disordered solids, such as metallic glasses and concentrated
emulsions, involves swift localized rearrangements of particles that induce a long-range …

Predicting the morphodynamics of sedimentary landscapes due to fluvial and aeolian flows
requires answering the following questions: Is the flow strong enough to initiate sediment …

This review focuses on how the modeling of dense granular media has advanced over the
last 15 years. The jum**-off point of our review is the μ (I) rheology for dry granular flow …

Dense suspensions of particles are relevant to many applications and are a key platform for
develo** a fundamental physics of out-of-equilibrium systems. They present challenging …

A recent granular rheology based on an implicit “granular fluidity” field has been shown to
quantitatively predict many nonlocal phenomena. However, the physical nature of the field …

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 …

This paper reviews the emergence of non-local flow phenomena in granular materials and
discusses a range of models that have been proposed to integrate an intrinsic length-scale …

Characterization and prediction of the “flowability” of powders are of paramount importance
in many industries. However, our understanding of the flow of powders like cement or flour is …

Partially molten rocks, often called a mush, are examples of a hydrogranular mixture where
the dynamics are controlled by both fluid and crystal‐crystal interactions. An obstacle to …

This study presents a field-scale simulation of the Hongshiyan landslide in China. It uses an
advanced numerical approach (material point method (MPM)) and a constitutive model (the …