An analytical study is presented here to investigate the scattering of oblique flexural gravity
waves by a pair of totally submerged vertically placed porous barriers, located at some …

A hydroelastic model is developed here for studying the interaction of oblique water waves
by two fully submerged thin vertical porous barriers placed some distance apart in a …

Based on potential flow theory, the second-order interaction between nonlinear waves with
infinite and finite elastic plates is examined by using the eigenfunction expansion method …

Scattering of oblique flexural-gravity waves by a submerged porous plate in a finite water
depth is investigated under the assumptions of linearized surface waves and small …

In this paper, the interaction of flexural-gravity waves with a submerged disc is studied. The
problem is solved by transforming it into a two-dimensional hypersingular integral equation …

The interaction of flexural‐gravity waves with a thin circular‐arc‐shaped permeable plate
submerged beneath the ice‐covered surface of water with uniform finite depth is considered …

_ The boundary value problem associated with scattering of ice-coupled gravity waves by a
thin vertical ice sheet in infinitely deep water is explicitly solved. The method of solution …

Flexural or membrane‐coupled or capillary gravity wave scattering by a submerged or a
piercing vertical porous barrier is analytically studied based on a connection that involves …

Two-dimensional linear flexural gravity wave scattering by a nearly vertical porous wall is
analyzed through a simplified perturbational analysis. A continuous semi-infinite ice sheet of …

An explicit solution is provided for the scattering of flexural and membrane-coupled gravity
waves in deep water against a complete vertical porous barrier by employing certain mode …