Abstract: An analysis has been carried out to study the performance of a flexible porous plate breakwater in a two-layer fluid where each fluid is assumed to be of finite depth and the breakwater is extended over the entire water ...

Abstract: The scattering of surface and internal waves by a single dike or a pair of identical dikes in a two-layer fluid is analyzed in two dimensions within the context of linearized theory of water ...

Abstract: This paper was retracted because it was published in a previous issue, Vol. 129, pp. 306–317 (2007).

Abstract: Using potential flow theory, oblique wave scattering and trapping by a partial porous breakwater having finite width are studied under the assumption of small-amplitude water wave theory in the presence of seabed undulation. ...

Abstract: The scattering of gravity waves by vertically staggered multiple porous barriers having variable porosity is analyzed within the framework of linearized water wave theory in two dimensions. The barriers are assumed to ...

Abstract: The wave resonance in a circular harbor surrounded by a porous seawall is analyzed. Matching the velocity and pressure along the porous seawall and the harbor entrance, the full solution is ...

Abstract: The trapping and generation of surface waves by submerged vertical permeable barriers or plates kept at one end of a semi-infinitely long channel of finite depth are investigated for various barrier and plate configurations. ...

Abstract: The scattering of oblique incident surface waves by permeable vertical barriers in water of finite depth is investigated for four different barrier configurations: (1) A bottom-standing barrier; (2) a surface-piercing ...