We study experiments on baroclinic instabilities in a different heated rotating annulus cooled from within. Characteristic time series of the flow velocity are measured with the Laser-Doppler-Velocimetry (LDV) technique. The surface flow is observed with a co-rotating camera. Steady waves as well as complex flow states are observed. Hysteresis is also found. The drift rate of stable baroclinic waves is determined. The methods of non-linear time series analysis are used to investigate the dynamics of baroclinic waves, particulary in transition zones between different flow regimes
International audienceThe differentially heated rotating annulus is a laboratory experiment historic...
International audienceThe occurrence and source mechanism of inertia-gravity waves (IGWs) are studie...
International audienceThe occurrence and source mechanism of inertia-gravity waves (IGWs) are studie...
Experiments of baroclinic waves in a rotating, baroclinic annulus of fluid are presented for two gap...
Baroclinic waves, both steady and time-dependent, are studied experimentally in a differentially hea...
We present results of experiments in a rotating, baroclinic annulus of fluid. The apparatus is a dif...
Already in the 1950s, an elegant laboratory experiment had been designed to understand how the atmos...
In this study an experimental investigation of baroclinic waves in air in a differentially heated ro...
In this study an experimental investigation of baroclinic waves in air in a differentially heated ro...
This thesis describes two studies of baroclinic instability in a rotating fluid annulus subject to d...
This thesis describes two studies of baroclinic instability in a rotating fluid annulus subject to d...
International audienceExperiments of baroclinic waves in a rotating, baroclinic annulus of fluid are...
The differentially heated rotating annulus is a widely studied tabletop-size laboratory model of the...
A series of laboratory experiments has been carried out in a thermally driven rotating annulus to st...
Three-dimensional direct numerical simulations (DNS) of the nonlinear dynamics and a route to chaos ...
International audienceThe differentially heated rotating annulus is a laboratory experiment historic...
International audienceThe occurrence and source mechanism of inertia-gravity waves (IGWs) are studie...
International audienceThe occurrence and source mechanism of inertia-gravity waves (IGWs) are studie...
Experiments of baroclinic waves in a rotating, baroclinic annulus of fluid are presented for two gap...
Baroclinic waves, both steady and time-dependent, are studied experimentally in a differentially hea...
We present results of experiments in a rotating, baroclinic annulus of fluid. The apparatus is a dif...
Already in the 1950s, an elegant laboratory experiment had been designed to understand how the atmos...
In this study an experimental investigation of baroclinic waves in air in a differentially heated ro...
In this study an experimental investigation of baroclinic waves in air in a differentially heated ro...
This thesis describes two studies of baroclinic instability in a rotating fluid annulus subject to d...
This thesis describes two studies of baroclinic instability in a rotating fluid annulus subject to d...
International audienceExperiments of baroclinic waves in a rotating, baroclinic annulus of fluid are...
The differentially heated rotating annulus is a widely studied tabletop-size laboratory model of the...
A series of laboratory experiments has been carried out in a thermally driven rotating annulus to st...
Three-dimensional direct numerical simulations (DNS) of the nonlinear dynamics and a route to chaos ...
International audienceThe differentially heated rotating annulus is a laboratory experiment historic...
International audienceThe occurrence and source mechanism of inertia-gravity waves (IGWs) are studie...
International audienceThe occurrence and source mechanism of inertia-gravity waves (IGWs) are studie...