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

Bedload, the transport of sediment remaining in contact with the stream bed, has mainly
been studied from the perspective of the correlation between fluid driving forces and the …

A minimal Lagrangian two-phase model to study turbulent bedload transport focusing on the
granular phase is presented and validated with experiments. The model intends to describe …

Bed load sediment transport governed by particle saltation in supercritical open channel
flows causes bedrock incision in high‐gradient mountain streams and hydro‐abrasion at …

Particle dynamics are investigated experimentally in supercritical high‐speed open channel
flow over a fixed planar bed of low relative roughness height simulating flows in high …

In poorly mobile static armour, sorting is usually considered the result of hiding/exposure
effects. We called this effect 'static sorting'in opposition to very efficient grain‐to‐grain …

Experiments were undertaken to study the nature of granular interaction in running water by
examining the influence of fine grain inputs to a coarser sediment bed with a mobile surface …

Grain-scale discrete element simulations of bidisperse mixtures during bedload transport
are used to understand, and model, bedload transport and particle-size segregation in …

An abrupt transition in bed grain size occurs in river systems. Over a short downstream
distance, often only a few channel widths, the bed surface fines from gravel (∼ 10 mm) to …

Depth profiles of particle streamwise velocity, concentration and bedload sediment transport
rate were measured in a turbulent and supercritical water flow. One‐size 6 mm diameter …