Add to ORKGInternational audienceWe study the impact of the cosine terms of the Coriolis force, that are usually neglected in geophysical fluid dynamics, leading to the so-called traditional approximation. Mathematical well-posedness argu- ments for simplified models, as well as numerical simulations, are presented in order to suggest the use of these terms in large scale ocean modelling
We overview problems and prospects in ocean circulation models, with emphasis on certain development...
[1] We have adapted the Coupled Large-scale Ice-Ocean (CLIO) model in order to include atmospheric p...
ix, 58 leavesThe traditional approximation neglects the horizontal component of the Coriolis, which ...
International audienceWe study the impact of the cosine terms of the Coriolis force, that are usuall...
Abstract. This works aims at studying the impact of the cosine terms of the Coriolis force, that are...
International audienceThis works corresponds to classes given by A. Rousseau in February 2014 in Tou...
International audienceThe viscous Shallow Water Equations and Quasi-Geostrophic Equations are consid...
International audienceThis paper presents a viscous Shallow Water type model with new Coriolis terms...
Abstract. We show how geophysics can illustrate and thus improve classical mechanics lectures concer...
Abstract. This paper presents a viscous Shallow Water type model with new Coriolis terms, and some l...
We show how Geophysics may illustrate and thus improve classical Mechanics lectures concerning the s...
textIn the conventional approach to geophysical fluid dynamics, only the horizontal components of th...
The attempt to simultaneously optimize stability, accuracy, and efficiency in an ocean model leads t...
Abstract Two different treatments in ocean dynamics are found between the gravity and pressure gradi...
International audienceThis paper presents some research developments in primitive equation ocean mod...
We overview problems and prospects in ocean circulation models, with emphasis on certain development...
[1] We have adapted the Coupled Large-scale Ice-Ocean (CLIO) model in order to include atmospheric p...
ix, 58 leavesThe traditional approximation neglects the horizontal component of the Coriolis, which ...
International audienceWe study the impact of the cosine terms of the Coriolis force, that are usuall...
Abstract. This works aims at studying the impact of the cosine terms of the Coriolis force, that are...
International audienceThis works corresponds to classes given by A. Rousseau in February 2014 in Tou...
International audienceThe viscous Shallow Water Equations and Quasi-Geostrophic Equations are consid...
International audienceThis paper presents a viscous Shallow Water type model with new Coriolis terms...
Abstract. We show how geophysics can illustrate and thus improve classical mechanics lectures concer...
Abstract. This paper presents a viscous Shallow Water type model with new Coriolis terms, and some l...
We show how Geophysics may illustrate and thus improve classical Mechanics lectures concerning the s...
textIn the conventional approach to geophysical fluid dynamics, only the horizontal components of th...
The attempt to simultaneously optimize stability, accuracy, and efficiency in an ocean model leads t...
Abstract Two different treatments in ocean dynamics are found between the gravity and pressure gradi...
International audienceThis paper presents some research developments in primitive equation ocean mod...
We overview problems and prospects in ocean circulation models, with emphasis on certain development...
[1] We have adapted the Coupled Large-scale Ice-Ocean (CLIO) model in order to include atmospheric p...
ix, 58 leavesThe traditional approximation neglects the horizontal component of the Coriolis, which ...