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 …

The hydrodynamic characteristics of perforated caissons are significantly influenced by the
viscous fluid motion near the perforations on the front wall. Consequently, models designed …

In this paper, a novel hybrid breakwater-WEC system consisting of a Helmholtz resonance
oscillating water column (OWC) caisson array and a perforated wall is proposed to attenuate …

This study develops a full solution for water wave reflection by a partially perforated caisson
breakwater with a rubble mound foundation using multi-domain BEM (boundary element …

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 …

When water waves pass through a perforated thin plate (wall), the wave energy will be
partially dissipated and the phase of wave motion is also shifted. In the potential flow …

In this study, the total horizontal and vertical forces as well as the phase differences of
irregular waves on a partially perforated caisson breakwater are investigated. The partially …

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 …

The interaction between the first-order cnoidal wave and a concentric structure with dual-arc
porous breakwaters is studied semi-analytically based on eigenfunction expansion. Both …