This paper describes the importance of wave‐current interaction in an inlet‐estuary system.
The three‐dimensional, fully coupled, Coupled Ocean‐Atmosphere‐Wave‐Sediment …

Significant advances in the modeling of nearshore processes have occurred over recent
decades as a result of developments in both computational approaches and theoretical …

The outflowing currents from tidal inlets are influenced both by the morphology of the ebb‐
tide shoal and interaction with incident surface gravity waves. Likewise, the propagation and …

We develop and implement a new method to take into account the impact of waves into the 3-
D circulation model SYMPHONIE (Marsaleix et al., 2008, 2009a) following the simplified …

A three‐dimensional wave‐current model is used to investigate wave‐induced circulations
in a small estuarine bay and its impact on freshwater exchanges with the inner shelf, related …

Numerical simulations were performed using a 3‐D ocean circulation model (ROMS) two‐
way coupled to a phase‐averaged wave propagation model (SWAN), to expand our …

An unstructured hydrodynamic model is presented that is able to simulate 2D nearshore
hydrodynamics on the wave group scale. A non-stationary wave driver with directional …

Rip current has become the primary coastal hazard globally. This work presents the
operational investigation of nation-wide rip current hazard and its implications for the beach …

Due to the climate change, it is necessary to modify the energy modes of production. The
mix energetic, based on renewable energies as tidal currents, is one of the solutions to …

For the preservation and protection of coral habitats along the Nansei Archipelago in the
East China Sea, a submesoscale eddy‐resolving synoptic ocean model was developed …