Abstract: Surface gravity wave interaction of composite wavy porous plate is studied by developing a numerical model using the boundary element method in the context of two-dimensional linear potential theory. Bragg scattering ...

Abstract: In this article, a coupled model is proposed for wave interaction with a pair of submerged floating tunnels in the presence of an array of bottom-standing trapezoidal porous breakwaters. The theory of Sollitt and Cross is ...

Abstract: A numerical model is developed based on multidomain boundary element method (MBEM) to investigate the scattering of surface gravity waves by a pair of floating porous boxes. This study reveals that there is a significant ...

Abstract: Generation of flexural gravity waves in a twolayer fluid due to the forced motion of a vertical rigid wavemaker is studied in both finite and infinite water depths. The twodimensional (2D) fluid domain having an interface ...

Abstract: We investigate the effectiveness of a porous box in attenuating the structural response of a very large floating structure (VLFS). Assuming the water depth to be finite and small amplitude water wave theory, the physical ...

Abstract: This article investigates the interaction of water waves with multiple thin horizontal floating porous plates over multiple trenches at the bottom. Here, the horizontal floating porous plates are placed at a finite distance ...

Abstract: This study focuses on the buckling of pipelines in shallow waters subjected to surface gravity waves. The wave-induced uplift forces on pipelines buried in sandy seabeds are investigated using Biot's consolidation model. ...