The interaction between a simple meandering jet such as the Gulf Stream, and an eddy is shown to greatly enhance the mixing and dispersal of fluid parcels in the jet. This enhanced mixing is quantified by calculating the rate of increase of the root-mean-square pair separation of Lagrangian particles (e.g., floats) launched in the jet\u27s immediate vicinity. In the presence of an eddy, particles can escape from the regions in which they were initially launched. Comparisons with observations show a markedly improved qualitative agreement when the eddy is allowed to interact with the meandering jet
This report presents a unified model for the eddy viscosity in jet mixing flows. The successful boun...
Cross-stream mixing and Lagrangian transport caused by chaotic advection within a baroclinic (2 lay...
International audienceA numerical model of a baroclinically unstable jet in a zonally periodic chann...
The interaction between a simple meandering jet such as the Gulf Stream, and an eddy is shown to gre...
The process of turbulent mixing across an ideal model of a meandering Gulf Stream is studied conside...
Kinematic models predict that a coherent structure, such as a jet or an eddy, in an unsteady flow ca...
This work examines the possible importance of shear-induced diapycnal mixing in controlling the evol...
A theoretical study on the role of eddy-mean flow interactions in the time-mean dynamics of a zonall...
The dynamics of Lagrangian particles and tracers in the vicinity of a baroclinically unstable zonal ...
International audienceWe study the relation between changes in the Eulerian topology of a two dimens...
Meander-induced exchange is the most important mechanism of exchange of watermass and properties acr...
Prominent among environmental problems is the pollution of the coastal marine zone as a result of an...
Thesis (Ph. D.)--Joint Program in Physical Oceanography (Massachusetts Institute of Technology, Dept...
PublishedJournal ArticleThe feedback between planetary-scale eddies and analogs of the midlatitude e...
There is an ongoing debate concerning the distribution of eddy stirring across the Antarctic Circump...
This report presents a unified model for the eddy viscosity in jet mixing flows. The successful boun...
Cross-stream mixing and Lagrangian transport caused by chaotic advection within a baroclinic (2 lay...
International audienceA numerical model of a baroclinically unstable jet in a zonally periodic chann...
The interaction between a simple meandering jet such as the Gulf Stream, and an eddy is shown to gre...
The process of turbulent mixing across an ideal model of a meandering Gulf Stream is studied conside...
Kinematic models predict that a coherent structure, such as a jet or an eddy, in an unsteady flow ca...
This work examines the possible importance of shear-induced diapycnal mixing in controlling the evol...
A theoretical study on the role of eddy-mean flow interactions in the time-mean dynamics of a zonall...
The dynamics of Lagrangian particles and tracers in the vicinity of a baroclinically unstable zonal ...
International audienceWe study the relation between changes in the Eulerian topology of a two dimens...
Meander-induced exchange is the most important mechanism of exchange of watermass and properties acr...
Prominent among environmental problems is the pollution of the coastal marine zone as a result of an...
Thesis (Ph. D.)--Joint Program in Physical Oceanography (Massachusetts Institute of Technology, Dept...
PublishedJournal ArticleThe feedback between planetary-scale eddies and analogs of the midlatitude e...
There is an ongoing debate concerning the distribution of eddy stirring across the Antarctic Circump...
This report presents a unified model for the eddy viscosity in jet mixing flows. The successful boun...
Cross-stream mixing and Lagrangian transport caused by chaotic advection within a baroclinic (2 lay...
International audienceA numerical model of a baroclinically unstable jet in a zonally periodic chann...