This paper reviews recent progress in the study of perforated/slotted breakwaters, with an
emphasis on two main groups of such breakwaters:(1) perforated/slotted breakwaters with …

Two time-dependent equations for wave propagation on rapidly varying topography are
developed using different theoretical approaches and are shown to be identical. The …

In 1995, Suh and Park developed a numerical model that computes the reflection of regular
waves from a fully perforated-wall caisson breakwater. This paper describes how to apply …

Permeable breakwaters have always been of interest due to their advantages over the
traditional types. This study proposed a stochastic multi-criteria decision-making model to …

Effective design of ports, harbours, and marinas is a major challenge due to the utilization of
available space, material involvement, and capital investment. One of the major aspects of …

An analytical model has been developed that predicts the reflection of irregular waves
normally incident upon a perforated-wall caisson breakwater. To examine the predictability …

In the present study, normal incident wave scattering by a surface-piercing multilayered
porous trapezoidal breakwater is analyzed under the assumption of linearized water wave …

This paper presents the results from several experiments aimed at determining the
effectiveness of combined caissons with an internal rubble mound to dissipate incident sea …

In this present work, the performance of a two‐layered thick porous breakwater of
trapezoidal structure is investigated under the action of irregular waves. To investigate the …

The present study deals with the trapping of oblique wave by porous barrier located near a
rigid wall in the presence of a step type bottom bed. The solution of the physical problem is …