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 …

Porous structures have been widely applied in the coastal and ocean engineering. In the
CFD (Computational Fluid Dynamics) simulations of interactions between waves and porous …

This work presents the use of a porous-media approach for computational fluid dynamics
(CFD) modelling of wave interaction with thin perforated sheets and cylinders. The …

In this paper, wave scattering by an H-type porous barrier having nonlinear pressure drop
boundary condition is analysed within the framework of small amplitude water wave theory …

Porous structures have been widely applied in the coastal and ocean engineering due to
their wave energy dissipation mechanism. The macroscopic computational fluid dynamics …

Computational fluid dynamics (CFD) modelling of wave interaction with thin perforated
structures is of interest in a range of engineering applications. When large-scale effects such …

The wave interaction with a vertical column shielded by an exterior porous shell is studied
within the framework of potential flow theory. The structures are fixed rigidly at the sea …