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 …

A theoretical model based on linear potential flow theory and an eigenfunction matching
method is developed to analyse the hydroelastic interaction between water waves and …

Hydroelastic interaction between water waves and submerged porous elastic disks of
negligible thickness in water of finite depth is investigated under the assumption of small …

The load-bearing capacity is a pivotal consideration in the design of offshore renewable
energy structures. This paper aims to address the technical challenges associated with the …

In this paper, a semi-analytical model based on linear potential flow theory and an
eigenfunction expansion method is developed to study wave scattering by a porous elastic …

A 3D numerical model of a moored horizontal submerged structure, composed by a set of
hinged plates attached to a vertical flap at its fore, intended to act as a WEC is presented …

An analytical model associated with oblique wave interaction with a submerged horizontal
flexible porous membrane is presented under the assumption of linearized small amplitude …

A three-dimensional general mathematical hydroelastic model dealing with the problem of
wave interaction with a floating and a submerged flexible structure is developed based on …

The linear two-dimensional problem of flexural-gravity waves generated by an oscillating
rigid plate build-in a floating poroelastic plate is studied. The problem is coupled. The plate …

A 3D hydroelastic model subjected to linear wave interaction with horizontal flexible floating
and submerged porous structures is developed. The dispersion relation of the aforesaid …