The present study describes an experimental investigation on the effects of ejection and
sweep motions to the local sediment concentration and turbulence modulation in suspended …

Mechanism of sediment transport is composed of complicated interactions between
turbulent flow, particle motion, and bed configurations. Of particular significance is the …

Previous experimental and analytical studies have revealed that suspended particles can
attenuate or enhance turbulence, depending on the particle size in relation to turbulence …

Experiments were performed to measure the mean velocity and turbulence characteristics in
open-channel flows with and without suspended sediment (alluvial sand of nearly uniform …

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 …

In this paper, a study was carried out on the velocity profile of sediment-laden flows in open
channels using a two-phase mixture model for two-phase flows. The governing equations for …

The influence of suspended sediments on coherent flow structures has been studied by
simultaneously measuring the longitudinal and vertical components of the instantaneous …

To achieve a complete knowledge about the effect of particle concentration on sediment and
turbulent diffusion coefficients in open-channel turbulent flow is a long-standing problem for …

In conventional analysis of sedimentation in open channel flow, suspended sediment
transport is regarded as an advection diffusion process. A series of theories based on …

Laboratory experiments have recently confirmed that the streamwise particle velocity is
largely less than that of the fluid in sediment-laden flows. This velocity lag is investigated …