The viscous Shallow Water Equations and Quasi-Geostrophic Equations are considered in this paper. Some new terms, related to the Coriolis force, are revealed thanks to a rigorous asymptotic analysis. After providing well-posedness arguments for the new models, the authors perform some numerical computations that confirm the role played by the cosine effect in various physical configurations
We are interested in the numerical simulation of large scale phenomena in geophysical flows. In th...
Abstract. This works aims at studying the impact of the cosine terms of the Coriolis force, that are...
We analyse the hyperbolicity of our multilayer shallow water equations that include the complete Cor...
International audienceThe viscous Shallow Water Equations and Quasi-Geostrophic Equations are consid...
Publisher's PDF version upon email request to any of the coauthors.International audienceThis works ...
Abstract. This paper presents a viscous Shallow Water type model with new Coriolis terms, and some l...
In a first part, we present some Shallow Water equations. About the actual model, we firstly remark ...
International audienceThis paper presents a viscous Shallow Water type model with new Coriolis terms...
The three-dimensional quasi-geostrophic system is a set of equations used to model atmospheric and o...
We investigate in this work a class of numerical schemes dedicated to the non-linear Shallow Water e...
International audienceGlobal existence of weak and strong solutions to the quasi-hydrostatic primiti...
Nous étudions dans cette thèse des méthodes numériques pour les écoulements en eaux peu profondes à ...
We propose a new simple approximation of the viscous primitive equations of the ocean including Cori...
International audienceThis paper introduces a rigorous derivation of the quasi-hydrostatic quasi-geo...
A numerical exploration of inertial equilibrium states obtained with a primitive equation ocean mode...
We are interested in the numerical simulation of large scale phenomena in geophysical flows. In th...
Abstract. This works aims at studying the impact of the cosine terms of the Coriolis force, that are...
We analyse the hyperbolicity of our multilayer shallow water equations that include the complete Cor...
International audienceThe viscous Shallow Water Equations and Quasi-Geostrophic Equations are consid...
Publisher's PDF version upon email request to any of the coauthors.International audienceThis works ...
Abstract. This paper presents a viscous Shallow Water type model with new Coriolis terms, and some l...
In a first part, we present some Shallow Water equations. About the actual model, we firstly remark ...
International audienceThis paper presents a viscous Shallow Water type model with new Coriolis terms...
The three-dimensional quasi-geostrophic system is a set of equations used to model atmospheric and o...
We investigate in this work a class of numerical schemes dedicated to the non-linear Shallow Water e...
International audienceGlobal existence of weak and strong solutions to the quasi-hydrostatic primiti...
Nous étudions dans cette thèse des méthodes numériques pour les écoulements en eaux peu profondes à ...
We propose a new simple approximation of the viscous primitive equations of the ocean including Cori...
International audienceThis paper introduces a rigorous derivation of the quasi-hydrostatic quasi-geo...
A numerical exploration of inertial equilibrium states obtained with a primitive equation ocean mode...
We are interested in the numerical simulation of large scale phenomena in geophysical flows. In th...
Abstract. This works aims at studying the impact of the cosine terms of the Coriolis force, that are...
We analyse the hyperbolicity of our multilayer shallow water equations that include the complete Cor...