Coastal regions are exposed to natural phenomena such as sea waves, sea level rise,
climate change, and flooding events. These factors, along with human pressures, lead to an …

The beach drainage can be included among the soft engineering methods aimed to
counteract the shoreline retreat related to the sediment redistribution along the beach …

The land transformation process in the last decades produced the urbanization growth in flat
and coastal areas all over the world. The combination of natural phenomena and human …

Physical experiments on cross-shore profile evolution of the reef-fronted beach are
conducted considering various offshore wave conditions and reef settings. Cross-shore …

Wave nonlinearity is a main driving force for near-bed sediment transport, and thus affects
the beach evolution. Accurate prediction of wave nonlinearity is an essential need for the …

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 …

The evaluation of the coastal hazard and vulnerability caused by storm conditions is an
important issue related to coastal flooding and erosion. Although these topics have been …

The main aim of the present work is to provide an experimental and numerical seabed
pressure dataset beneath rubble mound breakwaters with submerged berms. The …

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

The aim of this specific study is to present a new weighted Coastal Vulnerability Index (CVI
WF), with an emphasis given to the geotechnical evaluation and shoreline evolution rate …