This review focuses on recent advances in process-based numerical models of the impact of
extreme storms on sandy coasts. Driven by larger-scale models of meteorology and …

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

Bedform-related roughness affects both water movement and sediment transport, so it is
important that it is represented correctly in numerical morphodynamic models. The main …

The coastal zone continuously changes due to natural processes and human activities. In
order to understand and predict these morphological changes, an accurate description of …

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

Empirical formulations for the engineering prediction of equilibrium scour depths, as well as
time scales (for both scour and backfilling), are re-visited for monopiles. Following prior …

A reduced-scale mobile-bed model is employed in a series of flume experiments to
investigate the evolution of a submerged berm under low-energy irregular waves. Sixteen …

Experimental results involving shoreface nourishment scenarios are presented. The
experiments are performed at small scale and the effects of nourishment placement and …

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 …

Wave nonlinearity plays an important role in cross-shore beach morphodynamics and is
often parameterized in engineering-type morphodynamic models through a nonlinear …