We study a three-dimensional fluid model describing rapidly rotating convection that takes place in tall columnar structures. The purpose of this model is to investigate the cyclonic and anticyclonic coherent structures. Global existence, uniqueness, continuous dependence on initial data, and large-time behavior of strong solutions are shown provided the model is regularized by a weak dissipation term.Einstein Stiftung/Foundation - Berlin and John Simon Guggenheim Memorial Foundation
Chemin, Gallagher, and Paicu obtained in 2010 a class of large initial data that generate a global s...
We investigated with a quasi-geostrophic model convection in an internally heated rapidly rotating s...
This thesis is a collection of studies concerning an asymptotically reduced equation set derived fro...
We study a three-dimensional fluid model describing rapidly rotating convection that takes place in ...
We analyze a three-dimensional rapidly rotating convection model of tall columnar structure in the l...
We present laboratory and numerical models investigating the behavioural regimes of rapidly rotating...
The force balance of rotating Rayleigh–Bénard convection regimes is investigated using direct numeri...
International audienceRapidly rotating convection in spherical geometry outside the tangent cylinder...
We establish, for smooth enough initial data, the global well-posedness (existence, uniqueness and c...
Abstract. We consider a two-dimensional convection model augmented with the rotational Coriolis forc...
Convective instabilities driven by vertical buoyancy in a Boussinesq fluid in a rotating vertical He...
We examine the linear stability of elliptical columns of uniform potential vorticity subject to two-...
Chemin, Gallagher, and Paicu obtained in 2010 a class of large initial data that generate a global s...
Using numerical simulations of rapidly rotating Boussinesq convection in a Cartesian box, we study t...
Chemin, Gallagher, and Paicu obtained in 2010 a class of large initial data that generate a global s...
Chemin, Gallagher, and Paicu obtained in 2010 a class of large initial data that generate a global s...
We investigated with a quasi-geostrophic model convection in an internally heated rapidly rotating s...
This thesis is a collection of studies concerning an asymptotically reduced equation set derived fro...
We study a three-dimensional fluid model describing rapidly rotating convection that takes place in ...
We analyze a three-dimensional rapidly rotating convection model of tall columnar structure in the l...
We present laboratory and numerical models investigating the behavioural regimes of rapidly rotating...
The force balance of rotating Rayleigh–Bénard convection regimes is investigated using direct numeri...
International audienceRapidly rotating convection in spherical geometry outside the tangent cylinder...
We establish, for smooth enough initial data, the global well-posedness (existence, uniqueness and c...
Abstract. We consider a two-dimensional convection model augmented with the rotational Coriolis forc...
Convective instabilities driven by vertical buoyancy in a Boussinesq fluid in a rotating vertical He...
We examine the linear stability of elliptical columns of uniform potential vorticity subject to two-...
Chemin, Gallagher, and Paicu obtained in 2010 a class of large initial data that generate a global s...
Using numerical simulations of rapidly rotating Boussinesq convection in a Cartesian box, we study t...
Chemin, Gallagher, and Paicu obtained in 2010 a class of large initial data that generate a global s...
Chemin, Gallagher, and Paicu obtained in 2010 a class of large initial data that generate a global s...
We investigated with a quasi-geostrophic model convection in an internally heated rapidly rotating s...
This thesis is a collection of studies concerning an asymptotically reduced equation set derived fro...