A range of computer science methods termed machine learning (ML) enables the extraction
of insight and quantitative relationships from multidimensional datasets. Here, we review the …

Climate change and its impacts, combined with unchecked human activities, intensify
pressures on coastal environments, resulting in modification of the coastal morphodynamics …

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 …

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 …

A high-quality experimental study including a large number of tests which correspond to full-
scale coastal boundary layer flows is conducted using an oscillating water tunnel for flow …

Many existing practical sand transport formulae for the coastal marine environment are
restricted to a limited range of hydrodynamic and sand conditions. This paper presents a …

This study presents measurements of sheet flow processes, grain sorting, and bedload plus
suspended load transport rates around a medium-sand breaker bar in a large-scale wave …

New experiments under sheet flow conditions were conducted in an oscillating water tunnel
to study the effects of flow acceleration on sand transport. The simulated hydrodynamic …

A large‐scale laboratory experiment was conducted to evaluate cross‐shore sediment
transport and bed response on a sandbar under erosive and accretive field‐scale wave …

The objective of this numerical study is the assessment of the effect of the mobility parameter
ψ and the ratio ao/Dg (ao is the orbital amplitude and Dg is the sand grain diameter) on …