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 …

A systematic set of flume experiments is used to investigate the features of velocity profiles
within the body of coarse‐grained debris flows and the dependence of the transport …

Recent experimental results obtained at the University of Trento show that a liquid-granular
wave can impact against a vertical obstacle producing two different mechanisms of …

We report on recent advances in experiments and modeling of particle–fluid flows that are
relevant to an understanding of debris flows. We first describe laboratory experiments on …

Surface water waves generated by large-scale landslides have been a major concern of
many geoscientists and coastal engineers because they may result in disastrous …

The paper presents a rheological model for gravity driven granular flows saturated with
water. The model adopts the kinetic theory for the collisional regime, which is dominant near …

Gas–liquid–solid flow is an important phenomenon in large-scale industrial processes. The
difficulties in numerical simulations of these processes lie in the problems of high calculation …

Two-phase fluids, consisting of solid particles in water or in the air, are present in many
fields of hydraulics and specifically in the morpho-hydrodynamics of rivers and mountain …

A laboratory experiment is conducted to study the mobility and the segregation of aquatic
bidisperse granular columns. The effects of the ambient fluid, the particle composition, and …

Debris flows are flows of water and sediment driven by gravity that initiate in the upper part
of a stream, where the slope is very steep, allowing high values of solid concentration …