S. Pierini is coordinating the 19GAPWEBS project within the EU’s Horizon 2020 Hydralab+ (n. 654110). The project is aimed at simulating gap-leaping and intruding western boundary currents by means of the large Coriolis Rotating Platform at the Laboratoire des Écoulements Géophysiques et Industriels (LEGI-CNRS, Grenoble).  

 

For a detailed description of the project entitled “Laboratory modeling of gap-leaping and intruding westen boundary currents under different climate change scenarios”, click here

 

 

From left to right: Samuel Viboud, Paola de Ruggiero, Stefano Pierini, Eletta Negretti, Henk Dijkstra, Thomas Valran

 

 

Here Joël Sommeria is also present (second from right). He is the leader of the Coriolis facility and the director of Legi

 

 

For a detailed description of the Hydralab+ project, click here

For a detailed description of the Coriolis facility within the Hydralab+ framework, click here

 

 

The Coriolis platform, 13 m in diameter, is the largest rotating platform in the world dedicated to fluid dynamics. Its main activity is the experimental modeling of geophysical flows, taking into account the rotation of the Earth, in the presence or not of density stratification or topography. The large size provides access to the inertial regimes that characterize ocean dynamics, with little influence of viscosity and centrifugal force. Laboratory experiments can thus provide support to model ocean dynamics and develop their physical parameterizations.

 

 

 

 

 

Click here for a 3D animation of the

Coriolis rotating platform

 

The facility is equipped, among other instruments, with the Particle Imaging Velocimetry (PIV) system, which provides time resolved velocity fields in both horizontal and vertical planes of up to 3 m x 4 m in size, with a relative precision 2%. The laser sheet position is scanned by a computer controlled system, so that image correlation for PIV can be made in a volume. Both vorticity and divergence fields can be computed from the PIV data and directly compared with numerical computations.

 

Click here for a presentation of the

Laboratoire des Écoulements

Géophysiques et Industriels