A high-speed video system was used to study the interaction between sediment particles
and turbulence in the wall region of an open channel flow with both smooth and …

In this paper, the entrainment and movement of coarse particles on the bed of an open
channel is numerically investigated. Rather than model the sediment transport using a …

This study continues the investigation of particle motions near the bottom in a turbulent open
channel flow, reported by Sumer & Oguz (1978; hereafter referred to as part 1). Paths of …

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 …

Experimental measurements detailing the turbulence modification and suspension
mechanism of particulates within a horizontal solid/liquid channel flow are presented. The …

The velocity, flux, and concentration distribution of solid particles in a turbulent boundary
layer of a horizontal water flume were investigated experimentally by means of LDA and …

The effect of a dilute suspension, of near neutral-density particles, on the wall turbulence in
a horizontal channel was investigated by means of a laser Doppler anemomentry and flow …

The motion of small particles in the wall region of turbulent channel flows has been
investigated using direct numerical simulation. It is assumed that the particle concentration is …

A photographic technique has been used to make observations of the motion of heavy
suspended particles in an open channel with a smooth bottom. The observations showed …

A fictitious domain method is used to perform fully resolved numerical simulations of particle-
laden turbulent flow in a horizontal channel. The effects of large particles of diameter 0.05 …