This paper considers the flow in porous media that occurs in coastal and offshore
engineering problems. Over the past decades numerous formulations of flow equations for …

Despite its widespread use, the ecological effects of shoreline armoring are poorly
synthesized and difficult to generalize across soft sediment environments and structure …

Reliable prediction in hydrodynamics is crucial for the design of marine structures,
especially for columnar structures such as offshore wind turbine foundations. A combined …

The numerical simulations of wave interactions with armor blocks on rubble-mound
breakwaters will enable a stronger understanding of breakwater failure and therefore …

A numerical method for simulating the complete physics of the fully nonlinear viscous wave
generation phenomenon is presented. To accomplish this objective, the motion of a solid …

Experimental measurements on a large-scale, multi-layered breakwater model are used to
extensively validate a numerical model for wave interaction with permeable coastal …

In this paper, a 3D model is developed to investigate the foundation stability around
breakwaters at a river mouth, where both ocean waves and river currents are considered …

Gabion weirs with optional design as a broad crested weirs are suitable structures to reduce
flash flood with a minimal negative impact on the water environment. In the present study …

In this paper, the water waves scattering by a new type of floating porous breakwater is
investigated numerically under the assumption of two-dimensional linearized wave-structure …

Until recently, physical models were the only way to investigate into the details of
breakwaters behavior under wave attack. From the numerical point of view, the complexity of …