Ocean processes do not take place in isolation but interact with one another to form a complex system. This paper focuses on these processes by using and developing the POLCOMS-WAM model. The Stokes’ drift and radiation stress effect on currents have been included, following state of the art formulations. The system is evaluated in the NW Mediterranean and the Irish Sea. Due to oceanographic properties of the Catalan coast, currents are typically less than 20 cm/s and therefore the modification of waves due to the effect of currents is minimal. However, the wave induced currents, mainly caused by enhanced wind drag due to waves, produce a current of about the same magnitude as the ambient one and thus become an important source of mass tran...
It is believed that in the future the intensity and frequency of extreme coastal flooding events wil...
The hydrodynamics of the coastal zone is dominated by two equally important factors: waves and curre...
(IF 2.98; Q1)International audienceModelling three-dimensional wave-current-turbulence interactions ...
The continuous research and improvement of ocean modelling helps to provide a more sustainable devel...
Momentum transfer due to wind on the ocean surface not only generates surface waves, it also generat...
We investigate some aspects of wave-current interaction in the modelling and observations of waves a...
Tide–surge–wave interaction is important in determining the nearshore 3D-current profile and the tot...
In the future it is believed that extreme coastal flooding events will increase (in frequency and in...
Accurate representation of wind forcing and mean sea level pressure is important for modeling waves ...
Waves, tides and tidal surge will have significant contributions to the water levels in the nearshor...
The MARIE (Modelling and Assimilation in RofI Environments) Project is studying wave-current interac...
International audienceThe effects of wave-current interactions on shelf ocean forecasts is investiga...
Wave–current interactions (WCIs) are investigated. The study area is located at the northern margin ...
International audienceAlderney race is the most energetic tidal site in western Europe, with current...
This study investigates the effects of wind–wave processes in a coupled wave–ocean circulation model...
It is believed that in the future the intensity and frequency of extreme coastal flooding events wil...
The hydrodynamics of the coastal zone is dominated by two equally important factors: waves and curre...
(IF 2.98; Q1)International audienceModelling three-dimensional wave-current-turbulence interactions ...
The continuous research and improvement of ocean modelling helps to provide a more sustainable devel...
Momentum transfer due to wind on the ocean surface not only generates surface waves, it also generat...
We investigate some aspects of wave-current interaction in the modelling and observations of waves a...
Tide–surge–wave interaction is important in determining the nearshore 3D-current profile and the tot...
In the future it is believed that extreme coastal flooding events will increase (in frequency and in...
Accurate representation of wind forcing and mean sea level pressure is important for modeling waves ...
Waves, tides and tidal surge will have significant contributions to the water levels in the nearshor...
The MARIE (Modelling and Assimilation in RofI Environments) Project is studying wave-current interac...
International audienceThe effects of wave-current interactions on shelf ocean forecasts is investiga...
Wave–current interactions (WCIs) are investigated. The study area is located at the northern margin ...
International audienceAlderney race is the most energetic tidal site in western Europe, with current...
This study investigates the effects of wind–wave processes in a coupled wave–ocean circulation model...
It is believed that in the future the intensity and frequency of extreme coastal flooding events wil...
The hydrodynamics of the coastal zone is dominated by two equally important factors: waves and curre...
(IF 2.98; Q1)International audienceModelling three-dimensional wave-current-turbulence interactions ...