For over two decades, coastal marine scientists studying boundary layer sediment transport
processes have been using, and developing, the application of sound for high temporal …

This vision paper discusses the advances made over the last three decades in coastal sand
transport and morphodynamics, and the research needs for the coming decades. The prime …

Sand transport and morphological change occur in the wave bottom boundary layer due to
sand particle interactions with an oscillatory flow and granular interactions between …

This paper presents novel insights into suspended sediment concentrations and fluxes
under a large-scale laboratory plunging wave. Measurements of sediment concentrations …

The present study focuses on the fine‐scale flow and sand transport processes above
onshore migrating ripples below skewed surface gravity waves in the shoaling zone. A set of …

A large series of field-scale experiments on turbulent sand-laden flows, conducted in
preceding years in the LOWT and AOFT large oscillating water tunnels are reviewed and …

Large‐scale wave flume experiments are conducted in the ripple vortex regime to study near
bed coarse sand transport processes below asymmetric surface waves typical of the coastal …

The evolution of ripple geometries and their equilibrium states due to different wave forcing
parameters are investigated by a Reynolds‐averaged two‐phase model, SedFoam, in a two …

Although sound has been applied to the study of sediment transport processes for a number
of years, it is acknowledged that there are still problems in using the backscattered signal to …

The oscillatory turbulent flow over two‐dimensional ripples is numerically simulated. Both
the profile of the ripples and the values of the parameters used in the present study are …