Modern coastal ocean modeling systems are now capable of numerically simulating a
variety of coastal and estuarine problems and can thus provide useful information for …

Extensive research efforts in the last decade have improved knowledge of swash-zone
processes. This paper reviews and synthesizes from 2004 onward the research advances of …

A one‐dimensional model solving the Reynolds‐averaged Navier‐Stokes and advection‐
diffusion equations in conjunction with ak− ε model for turbulence closure is used to …

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 …

We present two depth‐and phase‐resolving models, based on single‐and two‐phase
approaches for suspended sediment transport under water waves. Both models are the …

The sediment transport in the seabed boundary layer due to wave-induced streaming has
been investigated for nonzero angle between the current and the waves. The mean …

Wave-induced, steep vortex ripples are ubiquitous features in shallow coastal seas and it is
therefore important to fully understand and model the sediment transport processes that …

To predict sediment transport under oscillatory sheet flow condition, especially for fine sand,
is still a challenging research subject in coastal engineering. This paper describes a newly …

The purpose of the study was to collect experimental data on the vertical structure of
sediment fluxes during the wave crest and trough phase. The first stage of the experimental …

Sands and mud are continually being transported around the world's coastal seas due to the
action of tides, wind and waves. The transport of these sediments modifies the boundary …