The boundary element method (BEM) is a main method for analyzing the interactions
between the waves and the marine structures. As with the BEM, a set of linear equations are …

Scattering of oblique waves by a system consisting of a thin floating porous-elastic plate and
a rectangular submerged porous structure is investigated. The plate is modeled by …

The problem of water wave scattering by a thin horizontal elastic plate (semi-infinite as well
as finite) floating on an ocean of uniform finite depth in which the ocean bed is composed of …

The hydroelastic interaction between an incident gravity wave and a thin elastic plate
floating on a two-layer fluid of finite depth is analyzed with the aid of the method of matched …

In this study, the scattering and radiation of surface water waves by a finite dock floating over
an asymmetric rectangular trench-type bottom topography are analyzed. The boundary …

A selection of problems are presented which study the interaction of hydroelastic waves with
fixed structures. A thin floating elastic plate model is considered which primarily represents a …

The present study deals with the problem of oblique wave scattering by a finite floating
elastic plate over a thick porous bed. A potential flow-coupled thin-elastic plate model has …

The wave-induced hydroelastic responses of a thin elastic plate floating on a three-layer
fluid, under the assumption of linear potential flow, are investigated for two-dimensional …

The hydroelastic response of an elastic thin plate combined with a vertical porous flexible
plate floating on a single-or a two-layer fluid is analyzed in the two-dimensional Cartesian …

Responses of the very large floating Structures (VLFS) can be mitigated by implementing
oscillating water columns (OWCs). This paper explores the fundamental mechanism of …