Shoreline protection remains a global priority. Typically, coastal areas are protected by
armoring them with hard, non-native, and non-sustainable materials such as limestone. To …

Behavior of existing or upgraded rubble-mound breakwaters with non-conventional
geometry, layering and surface porosity may be quite different from what predicted by state …

Armor is a pavement made of erosion-resistant materials like a stone or concrete that is
constructed to protect breakwater, coasts, and other coastal line features against erosion …

The paper presents the numerical analysis of wave run-up over rubble-mound breakwaters
covered by antifer units using a technique integrating Computer-Aided Design (CAD) and …

The main aim of this study is to investigate the effect of berm breakwater on wave run-up. A
total of 200 numerical analysis tests have been carried out in this paper to investigate the …

We report on a series of laboratory experiments to study the interaction of slushflows with
catching dams. The aim of the experiments is to identify an engineering design that …

The widely used traditional armour units might be promoted by more detailed analysis for
better performance. This research investigates the stability, run-up and overtopping …

This paper elucidates the significance in design philosophy with respect to consistency in
the design in each segment of breakwater when a less-interlocking armour type, Antifer is …

The primary goal of this study is to present a better way in terms of cost and experimenting
duration, instead of using experimental ways for investigating the wave run-up (Ru) over …

The certainly goal of this study is to present the better way from terms of cost and
experimenting duration, instead using experimental ways for investigates the wave run-up …