International audienceUsing a fine resolution numerical model (40002 ×2 grid-points) of the two-layer shallow-water equations of the mid-latitude -plane dynamics, it is shown that there is no sudden breakdown of balance in the turbulent enstrophy cascade but a faint and continuous emission of inertia-gravity waves. The wave energy accumulates in the equator-ward region of the domain due to the Coriolis parameter depending on the latitude and dispersion relation of inertia-gravity waves
The dynamics of the atmosphere and ocean are dominated by slowly evolving, large-scale motions. How...
We review the possible role of spontaneous emission and subsequent capture of internal gravity waves...
A long unresolved issue in nonorographic gravity wave generation is whether there is significant emi...
Using a fine resolution numerical model (4000<sup>2</sup> × 2 grid-points) of the two-la...
International audienceThe spontaneous generation of inertia-gravity waves (IGWs) by surface-intensif...
This paper describes laboratory observations of inertia–gravity waves emitted from balanced fluid fl...
This paper describes laboratory observations of inertia–gravity waves emitted from balanced fluid fl...
Numerical experiments with a highly truncated, forced-dissipative version of the shallow water equat...
This paper describes laboratory observations of internal inertio-gravity waves (also referred to as ...
Although atmospheric and oceanic ows at large scales are, to a very good approximation, predominant...
This paper discusses some of the mechanisms whereby fast inertia-gravity waves can be generated spon...
International audienceSpontaneous generation of inertia-gravity waves from balanced flows is investi...
Near-inertial waves (NIWs) are a special class of internal gravity waves with periods set by planeta...
We consider near-inertial waves continuously excited by a localized source and their subsequent radi...
We present direct numerical simulations of inertia-gravity waves breaking in the middle-upper mesosp...
The dynamics of the atmosphere and ocean are dominated by slowly evolving, large-scale motions. How...
We review the possible role of spontaneous emission and subsequent capture of internal gravity waves...
A long unresolved issue in nonorographic gravity wave generation is whether there is significant emi...
Using a fine resolution numerical model (4000<sup>2</sup> × 2 grid-points) of the two-la...
International audienceThe spontaneous generation of inertia-gravity waves (IGWs) by surface-intensif...
This paper describes laboratory observations of inertia–gravity waves emitted from balanced fluid fl...
This paper describes laboratory observations of inertia–gravity waves emitted from balanced fluid fl...
Numerical experiments with a highly truncated, forced-dissipative version of the shallow water equat...
This paper describes laboratory observations of internal inertio-gravity waves (also referred to as ...
Although atmospheric and oceanic ows at large scales are, to a very good approximation, predominant...
This paper discusses some of the mechanisms whereby fast inertia-gravity waves can be generated spon...
International audienceSpontaneous generation of inertia-gravity waves from balanced flows is investi...
Near-inertial waves (NIWs) are a special class of internal gravity waves with periods set by planeta...
We consider near-inertial waves continuously excited by a localized source and their subsequent radi...
We present direct numerical simulations of inertia-gravity waves breaking in the middle-upper mesosp...
The dynamics of the atmosphere and ocean are dominated by slowly evolving, large-scale motions. How...
We review the possible role of spontaneous emission and subsequent capture of internal gravity waves...
A long unresolved issue in nonorographic gravity wave generation is whether there is significant emi...