CONMAN

Coordinator: Jean-Christophe LOISEAU, DynFluid (Arts & Métiers Science and Technology, France)

Keywords: Data-driven methods, reduced-order modeling, flow control.

Applications of closed-loop flow control have epic proportions: drag reduction, lift increase, mixing enhancement, or noise mitigation. It is however challenged by strong nonlinearities, partial state information, parametric dependencies, or time delays. The project CONMAN (Data-driven CONtrol and MANifold interpolation) aims at tackling one of these problems, namely the parametric dependencies. It forms the first step in a long research program crafted by the principal investigator.

Link to the proposal: here

Dedicated website: TBA

Current members

This ANR Young Research project (ANR JCJC) involves only members of the DynFluid laboratory: Jean-Christophe Loiseau (Maître de Conférences, PI), Jean-Christophe Robinet (Professeur des Universités), and Xavier Merle (Maître de Conférences). A postdoctoral researcher and a Ph.D. candidate will soon be recruited to complete the team.

Scientific Production

Please find below an exhaustive list of the publications and communications produced during this project. This list will be updated regularly.

Publications

• TBA

Conferences

• TBA

Seminars

• TBA