An analytical model based on the linear potential flow theory is developed to study the
diffraction problem of solitary wave interaction with a combined structure of two thin …

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 …

The hydrodynamic performance of short-crested wave diffraction by bottom-mounted V-
shaped and arc-shaped breakwaters was examined based on the linear wave theory and …

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 …

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 …

A potential flow code is extended to include dipole elements to handle potential flow
problems for offshore structures consist of thin shell geometry with both sides exposed to …

The interaction of Airy waves with a bottom-mounted surface-piercing concentric dual-arc
porous wall was theoretically investigated in this study via the eigenfunction expansion …

The interaction of water wave with a bottom-mounted surface-piercing porous cylinder near
a rigid vertical wall is investigated by an analytical model newly developed in the present …

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

This analytical study presents the solitary wave interaction with a bottom-mounted surface-
piercing V-shaped breakwater. The breakwater is impermeable, thin, and rigidly fixed on the …