Shoreface nourishments with the artificial sandbar are effective strategies to mitigate coastal
erosions mainly by wave breaking and reflection. Thus, a better understanding of the …

Waves propagating on sandy beaches are naturally affected by tides. A better
understanding of tide-modulated wave characteristics and breaking regimes in the intertidal …

Numerical simulations of a range of wave climates and tide conditions made with the model
XBeach are exploited to study propagation, evolution, dissipation, and reflection patterns of …

This study explores the spatial distribution and the driving mechanisms of the wave‐induced
cross‐shore flow within the shoreface and surf zone of a dissipative beach. Unpublished …

Infragravity waves are low‐frequency surface waves that can impact a variety of nearshore
and oceanic processes. Recent measurements in the North Sea showed that significant …

While wave processes on shore platforms have been recently advanced by a number of field‐
based studies, few attention has been paid to the role of bed roughness on wave dissipation …

Accurate prediction of excess pore water pressure (EPWP) generation in saturated sandy
soils remains one of the most challenging issues in sandy site responses to strong …

Understanding directional spectra of infragravity (IG) waves composed of free and bound
components is required due to their impacts on various coastal processes (eg, coastal …

High-resolution wave measurements at intermediate water depth are required to improve
coastal impact modeling. Specifically, such data sets are desired to calibrate and validate …

The effects of climate change and sea level rise, combined with overpopulation are leading
to ever-increasing stress on coastal regions throughout the world. As a result, there is …