Floating breakwaters are an effective solution for protecting fragile beaches from being
washed away, coastlines from erosion, floating structures, marinas and ports from strong …

Currently, all floating wind turbines served on the sea are positioned by the mooring system.
A novel conceptual design of using the dynamic positioning system (DPS) to position the …

Abstract The advantages of Floating Breakwater encompass its adaptability to varying water
depths and tidal ranges, as well as its economic viability, mobility, and ease of installation …

The wave-attenuation performances and hydrodynamics of moored box-type floating
breakwaters with the same weight, same wall thickness, and six different cross-sections, ie …

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 …

This paper presents a design concept of a porous collar barrier for a novel floating open-net
fish cage that is integrated with a floating spar wind turbine (referred to as COSPAR fish …

This paper presents a Finite Element-Multi-Domain Boundary Element (FE-MDBE) method
for the hydroelastic analysis of large floating pontoon structures with perforated plates. The …

This paper presents a Finite Element–Dual Boundary Element Method (FE-DBEM) for
hydroelastic analysis of very large floating structures protected by vertical perforated barrier …

This paper proposes a new type of water ballast floating breakwater. The structure consists
of a water ballast double floating box and a vertical plate, which uses several wave …

This paper presents the application of the quadratic pressure drop condition in hydroelastic
analysis of large floating structures protected by perforated barrier. An iterative procedure is …