The main objective of this research is to characterize and quantify the prevalent physical
processes in the energy transformation of a regular wave train when it interacts with …

Accurate calculation of wave overtop** is important for determining the required crest
height and geometry of a dike. Berms and roughness elements are widely used to reduce …

A reliable estimation of average wave overtop** discharge is important for dike design
and safety assessment. Berms and roughness elements are widely applied to reduce the …

The analysis of damage in rubble mound scour protections is crucial for the armour stability
assessment. Former methodologies focused on the analysis of the maximum damage …

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 …

A laboratory experiment was conducted to investigate the dynamics of cross-shore sediment
transport across a fringing coral reef. The aim was to quantify how a highly bimodal …

Berms deployed at the toe of conventional rubble mound breakwaters can be very effective
in improving the stability of the armor layer. Indeed, their design is commonly tackled by …

Freak wave is a kind of extreme and unexpected surface wave with great wave height and
energy, which might happen in different ocean areas such as the deep-sea zone and …

Berms deployed at the toe of conventional breakwaters may be needed to reduce bottom
settlements and to limit scour in front of the structure due to coastal currents. In the mean …

The toe structure of a breakwater provides support to the armour layer and protects the
structure from damage due to scour at the toe. Often a toe structure consists of rock material …