Computational Fluid Dynamics (CFD) has consolidated as a tool to provide understanding
and quantitative information regarding many complex environmental flows. The accuracy …

Rivers and Floodplains is concerned with the origin, geometry, water flow, sediment
transport, erosion and deposition associated with modern alluvial rivers and floodplains …

The use of computational models for solving sediment transport and fate problems is
relatively recent compared with the use of physical models. Several considerations govern …

New methods are presented for the prediction of the flow depth, grain-size specific near-bed
concentration, and bed-material suspended sediment transport rate in sand-bed rivers. The …

Providing a robust and reliable prediction model for suspended sediment concentration
(SSC) is an essential task for several environmental and geomorphology prospective …

In this paper we present a model describing dilute sediment transport that involves two‐
phase mass and momentum equations and k− ϵ equations for the energy of turbulent flow …

The role of particles heavier than the fluid (glass spheres in water) in a turbulent open
channel flow over a smooth bed is examined at volume concentration about), as is the …

A new dataset of uniform and steady sheet-flow experiments is presented in this paper. An
acoustic concentration and velocity profiler (ACVP) is used to measure time-resolved …

The present paper reports results obtained with image velocimetry to provide new insights
into the two‐phase nature of sediment‐laden flows. The resulting two‐phase flow …

This paper reviews the application of computational fluid dynamics (CFD) to numerically
model the two-phase flow of water and sediment in the complex environment of a …