This paper reviews existing studies relating to the assessment of sediment concentration
profiles within various flow conditions due to their importance in representing pollutant …

Marsh vegetation, a definitive component of delta ecosystems, has a strong effect on
sediment retention and land-building, controlling both how much sediment can be delivered …

Quantifying the impact of hyporheic exchange is crucial for understanding the transport and
fate of microplastics in streams. In this study, we conducted several Computational Fluid …

River turbidity is an important factor in evaluating environmental water quality, and turbidity
dynamics can reflect water sediment changes. During rainfall periods, specifically in …

This study aims to develop a Fractional Stochastic Diffusion Particle Tracking Model
(FSDPTM) to illustrate suspended sediment's long-term dependence (LTD) trajectories …

Simulation of suspended sediment concentration (SSC) has great significance in predicting
the sediment transport rate, vegetation growth, and the river ecosystem in channels. The …

Turbulent boundary layers are populated by a hierarchy of recurrent structures normally
referred to as “coherent structures.” Among others, ejection and sweep events are critical …

Eddies affect the motion of particles within the turbulence boundary layer on different length
and velocity scales. Attached eddies, which extend to the wall, are primarily responsible for …

Bedload transport often exhibits dual‐mode behavior due to interactions of spatiotemporal
controlling factors with the migrating three‐dimensional bedforms (characterized by the fully …

In this paper, the importance of turbulence effects on the procedure of droplet's secondary
breakup is studied. In the process of modeling the secondary breakup of a droplet, it is a …