The present study investigates the scattering of ocean wave and currents by an inverted T-
type lightweight surface-piercing wave barrier that is situated over a uniform sea bed. To …

Based on the small-amplitude water wave theory, the usefulness of a vertical porous
structure extending from top to bottom of finite width to reduce the wave-induced …

In this study, an investigation is carried out to analyze the interaction between water waves
and rectangular porous breakwater placed over sloped and impermeable seabed under the …

Oblique wave trapping by a perforated semi-circular submerged breakwater placed near the
rigid wall is analyzed using linear water wave theory. Darcy's law is adopted to model the …

The present study investigates the hydrodynamics of a submerged piezoelectric wave
energy converter device (PWEC) under the random incident waves in a local wave climate …

This paper presents the effectiveness of partially immersed slotted screens placed at a finite
distance away from the floating porous breakwater to mitigate the wave-induced …

In this work, oblique wave scattering by a rectangular porous breakwater with slotted
screens floating over a sill-type seabed is examined within the frame of linear wave …

This work presents an analytical approach to analyze the hydroelastic behavior of floating
membrane breakwater under the assumption of linear shallow water theory. The analysis is …

In this paper, the dissipation of wave energy by a floating porous breakwater placed over an
undulated seabed is studied using the linear wave-structure interaction theory. The Sollitt …

The interaction of oblique monochromatic incident waves with a submerged porous structure
placed over undulated seabed is investigated in the context of two-dimensional linear …