Analytical approaches and numerical tools play a significant role in the research and design
of porous and perforated breakwaters. Before a new porous or perforated breakwater …

Analytical solutions for wave interaction with a vertical porous barrier are presented. The
analytical solutions are derived using two different methods for taking the depth-average of …

A boundary element method (BEM) model is presented for wave forces on structures
composed of solid and porous surfaces, where the porous surface can be subject to either a …

We consider wave forces on fixed porous cylinders with and without a solid inner cylinder
and wave-induced motions of floating cylinder with and without a porous outer cylinder …

This paper studies wave scattering by multiple dual porous circular cylinders in front of a
vertical wall. Each cylinder is composed of an outer partially perforated cylindrical shell and …

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 …

Oblique wave interaction with rectangular porous structures of various configurations in two-
layer fluid are analyzed in finite water depth. Wave characteristics within the porous structure …

The water wave scattering by vertical thin porous barriers is accurately solved in this study.
Two typical structures of a surface‐piercing barrier and a submerged bottom‐standing …

In this paper, we introduce the closed-form solution developed by Kim in 1998 for calculating
the reflection and transmission coefficients of a vertical slotted barrier, which is not well …

The wave transmission, reflection, and energy dissipation of the double rows of vertical piles
suspending horizontal steel C shaped bars are experimentally and theoretically studied …