The scattering problem of a bottom-mounted surface-piercing compound porous cylinder
located on a porous sea-bed is theoretically investigated under the assumption of small …

A study of the wave dynamics around a multiple cylindrical fishing cage system is carried out
under the assumption of linear water wave theory and small-amplitude wave response. The …

An exact analytical method is employed for studying the diffraction problems in an ocean
due to the presence of a specific type of cylinders. In this current work, two models are …

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 …

A Fourier Bessel series type expansion formula is used to investigate the interaction of
surface gravity wave with two arc-shaped porous breakwaters that shield a circular floating …

Employing the methods of separation of variables and matched eigenfunction expansions
for velocity potential, analytical solutions are proposed for a water wave radiation problem of …

In this paper, the hydrodynamic performance of a hybrid wave energy extraction (HWEE)
system consisting of a torus oscillating body (OB) and a concentric perforated cylindrical …

This study aims to provide a theoretical analytical model for the design of breakwaters like
Palm Jumeirah breakwater in Dubai by investigating the hydrodynamic characteristics of …

In this work, we analyze the scattering of water waves by a fully submerged bottom-mounted
concentric cylindrical system consisting of three components: an impermeable inner cylinder …

In this paper, based on linear potential flow theory, an alternative semi-analytical model is
developed using the potential decomposition method for wave interaction with a vertical …