Porous breakwaters are introduced to reduce the impact of wave load on various marine
structures and dissipate unwanted wave energy by creating a tranquility zone. This type of …

As the aquaculture industry progresses from coast to deep sea, the higher strength
requirement for aquaculture infrastructure has promoted the rapid development of fish …

When two vessels in a side-by-side configuration are under wave actions, fluid resonance
occurs in a narrow gap between two vessels, termed 'gap resonance', leading to large free …

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 …

In the field of offshore renewable energy, impermeable plates are used as underwater
lenses to amplify the wave amplitude, and perforated plates can harness wave energy as a …

The aim of the study is to determine the structure for energy absorption in order to
countermeasure the scouring on the bridge abutment. Consider a porous structure for …

A numerical model within the framework of the linear potential flow theory is developed to
study interactions between water waves and perforated elastic disks. The boundary element …

The computation of the second-order mean wave drift loads on a body with thin perforated
shells is fundamental and relevant to a wide range of applications in marine engineering …

A porous-media-tuned liquid damper (PMTLD) can serve as an effective and economical
dynamic vibration absorber. Placing porous media within a water tank can improve the …

A wave energy converter (WEC)-breakwater integration system consisting of a heaving WEC
and a bottom-mounted dual-arc breakwater is proposed. The energy extraction performance …