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 …

Nearshore morphodynamic models are computationally demanding, especially when the
time scale of interest is weeks or longer. Hence, they often rely on a simple parameterization …

A number of models are available for science and engineering purposes that numerically
simulate nearshore hydrodynamics and the corresponding morphological evolution …

This paper presents experimental results on the cross-shore distribution of non-buoyant
microplastic particles under irregular waves propagating, shoaling and breaking on live …

In shallow water, when waves shoal their orbital velocities exhibit skewness (velocity
skewness) and asymmetry (acceleration skewness) in response to corresponding changes …

U‐tube measurements of instantaneous velocities, concentrations, and fluxes for a well‐
sorted, medium‐sized sand in oscillatory sheet flow are analyzed. The experiments involved …

Detailed information on nearshore sediment transport processes during onshore bar
migration were obtained from large‐scale laboratory experiments with bichromatic wave …

Experiments have been conducted in a large oscillatory flow tunnel to investigate the effects
of acceleration skewness on oscillatory boundary layer flow over fixed beds. As well as …

Two field data sets of near‐bed velocity, pressure, and sediment concentration are analyzed
to study the influence of infragravity waves on sand suspension and cross‐shore transport …

A numerical model coupling the horizontal component of the incompressible Reynolds-
averaged Navier–Stokes (RANS) equations with two-equation k− ω turbulence closure is …