A literature review is presented on the theoretical, numerical, and experimental progress
made in the application of porous membranes and net-type structures to breakwaters and …

The present review focuses on the theoretical model developments made in floating flexible
net fish cages and the floating bodies application to offshore aquaculture. A brief discussion …

Scattering problem of a submerged bottom-mounted compound porous cylinder located on
a porous sea-bed is theoretically investigated under the assumption of linear potential flow …

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 …

As a kind of marine plant, kelp plays an important role in the improvement of marine
environment. In addition, kelp arrays exhibit a great potential for wave attenuation. In this …

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 …

In this study, the impact of gravity wave on a circular elastic floating permeable membrane is
investigated using linear water wave theory in both homogeneous and two-layer fluids. The …

This study develops a theoretical model to analyze wave scattering between multiple
floating flexible circular plates and water waves propagating over a porous bed. This …

In this paper, a new semi-analytical solution is proposed to describe the interactions
between ocean waves and a flexible cylindrical net cage that is submerged at different …