The definition of the threshold of sediment motion is critical for continental shelf sediment
dynamics. The work by A. Shields laid the foundation for this research direction, leading to …

For wall-bounded flows, the model of Marusic et al.[Science 329, 193 (2010) SCIEAS 0036-
8075 10.1126/science. 1188765] allows one to predict the statistics of the streamwise …

A basic framework characterising the interaction between aquatic flows and permeable
sediment beds is presented here. Through the permeability Reynolds number (is seen to be …

High‐resolution field data, collected during April to October of 2008–2009, were analyzed to
investigate the quantitative contribution of sediment resuspension to high‐turbidity events in …

Widespread sediment resuspension and transport processes on continental margins can
modify deposits and influence the preservation of particulate organic carbon (POC) in …

Laboratory experiments were conducted in an open channel flume with a flat sandy bed to
examine the role of turbulence on sediment resuspension. An acoustic Doppler velocimeter …

Synoptic information on bed shear stress is necessary in predicting the transport of
sediments and environmental contaminants in rivers and open channels. Existing methods …

An experimental investigation of the flow over two-and three-dimensional large-scale wavy
walls was performed using high-resolution planar particle image velocimetry in a refractive …

For the reconstruction of the streamwise velocity field in the high‐Reynolds‐number (Reτ≈
Ο (106)) near‐neutral atmospheric surface layer (ASL), a predictive model was proposed in …

We evaluated the accuracy of the inertial dissipation method to estimate the rate of
dissipation of turbulent kinetic energy within boundary layers by performing well‐resolved …