Add to ORKGA numerical and experimental investigation of modulational instability and breaking of nonlinear wave groups in the presence of wind forcing is reported
Progression of nonlinear wave groups to breaking was studied numerically and experimentally. Evoluti...
The interaction of wind and water wave groups is investigated theoretically and numerically. A steep...
In recent papers, the effect of wind on the dynamics and kinematics of rogue waves has been demonstr...
Evolution of nonlinear wave groups to breaking under wind forcing was studied by means of a fully no...
The linear stability theory of wind-wave generation is revisited with an emphasis on the generation ...
Progression of nonlinear wave groups to breaking with and without wind forcing was studied numerical...
The effect of wind on the wave breaking induced by the modulational instability is investigated nume...
Since the work of Benjamin & Feir (1967), water waves propagating in infinite depth are known to be ...
International audienceFreak waves are generated numerically by means of modulational instability. Th...
International audienceOne of the most important formation mechanism for rogue waves is the modulatio...
The modulational instability of gravity wavetrains on the surface of water in the prese...
The evolution of modulational instability, or Benjamin-Feir instability is investigated within the f...
The modulational instability of gravity wave trains on the surface of water acted upon by wind and u...
Rogue wave generation can be explained on the basis of modulational instability. Thepaper reports on...
Progression of nonlinear wave groups to breaking was studied numerically and experimentally. Evoluti...
Progression of nonlinear wave groups to breaking was studied numerically and experimentally. Evoluti...
The interaction of wind and water wave groups is investigated theoretically and numerically. A steep...
In recent papers, the effect of wind on the dynamics and kinematics of rogue waves has been demonstr...
Evolution of nonlinear wave groups to breaking under wind forcing was studied by means of a fully no...
The linear stability theory of wind-wave generation is revisited with an emphasis on the generation ...
Progression of nonlinear wave groups to breaking with and without wind forcing was studied numerical...
The effect of wind on the wave breaking induced by the modulational instability is investigated nume...
Since the work of Benjamin & Feir (1967), water waves propagating in infinite depth are known to be ...
International audienceFreak waves are generated numerically by means of modulational instability. Th...
International audienceOne of the most important formation mechanism for rogue waves is the modulatio...
The modulational instability of gravity wavetrains on the surface of water in the prese...
The evolution of modulational instability, or Benjamin-Feir instability is investigated within the f...
The modulational instability of gravity wave trains on the surface of water acted upon by wind and u...
Rogue wave generation can be explained on the basis of modulational instability. Thepaper reports on...
Progression of nonlinear wave groups to breaking was studied numerically and experimentally. Evoluti...
Progression of nonlinear wave groups to breaking was studied numerically and experimentally. Evoluti...
The interaction of wind and water wave groups is investigated theoretically and numerically. A steep...
In recent papers, the effect of wind on the dynamics and kinematics of rogue waves has been demonstr...