The interaction between currents and ocean waves is a physical process commonly
occurring in coastal environments and is of importance for designers of offshore structures …

Abstract Effect of various forms of currents on regular nonlinear waves in shallow water is
investigated by use of a computational fluid dynamics approach. A range of wave conditions …

Orthogonal wave-current interaction often occurs in coastal regions, when waves approach
the shoreline near-orthogonally and longshore currents are present. Notwithstanding its …

Interaction of linear and nonlinear, long-crested waves with currents in deep and finite water
depths is studied by use of the computational fluid dynamics approach. Various wave …

The approach used for wave–current generation and absorption is crucial for simulating
waves propagating on currents in a numerical tank. An effective method for wave–current …

This study employs chaos theory concepts to investigate the complexity and chaotic nature
of surface-generated waves in comparison to steady-flow state. The flows are generated …

The scour around cylindrical piles due to codirectional and opposite waves and currents is
studied with Reynolds Averaged Navier–Stokes (RANS) equations via REEF3D numeric …

Natural revegetation alters local hydrodynamic conditions in coastal lagoons. To investigate
vertical flow structures in revegetated lagoons, a series of flume experiments are …

Waves and currents influence nearly all nearshore physical processes. Their complex
interaction gives birth to complex turbulence features that are far from being completely …

In the present work, an experimental investigation on the hydrodynamics of shoaling waves
superposed on a steady orthogonal current is carried out. An experimental campaign in a …