Department description

Missions of the department :

  • Characterize, predict and control complex flows (turbulent, compressible, heterogeneous, multiphase, with phase-change) and other dynamical systems (e.g. biomedical applications)
  • Develop theoretical, experimental, numerical and modelization tools.
  • Address new societal issues (renewable marine energy, coastal flows, phase-change material, tumor dynamics)
  • Strenghten the research training (University, INSA, doctoral programs)

Current researches in the TASC department cover:

  • ‘Real’ turbulent flows :
    • at finite Reynolds number, variable viscosity/density,
    • for very and very high temperature,
    • in presence of interfaces, coherent structures, droplets or particles,
    • with or without chimical reactions.
  • Interaction of compressible flows with solid boundaries :
    • with jet detachment in supersonic nozzles, & low frequency oscillations.
    • for adiabatic and isothermal supersonic boundary layers
  • Liquid/gas flows:
    • supercritical, visco-elastic, ferro-magnetic
    • with phase-change,
    • in presence of acoustic or magnetic fields,
    • large-scales
  • Dynamical systems:
    • with coupled dynamics (networks)
    • requiring a theory to estimate their observability
    • in connection with biomedical applications (tumoral development)






PhD students




Articles published in 2019


  • Big Blue Week: 336 million CPU hours on the Jülich supercomputer
  • Young researcher award (Zebiri Boubakr) 32nd international shock wave conference, July 2019, Singapour.
  • Young CFD Investigator award (Anirudh Asuri Mukundan) 10th international CFD conference, ICCFD10, Barcelone, Spain, 2018.
  • ITN Marie Curie HAoS project, coordinated by the City University of London with substantial participation of the CORIA (3 ESR over 14)
  • European H2020 clear sky project: CHAIRLIFT
  • 5 month invited researcher (J.-C. Brändle de Motta), Pr. Lian-Ping Wang, China
  • Creation of the Foam-U association. 1 conference per year since 2016 (Rouen, Nevers, Valenciennes et Lyon in 2020)
  • Validation of a monitoring protocol for lung cancer patients based on weekly self-assessement symptoms.

Focus on some activities:

Department projects


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Department Publications

Journal article
Published on March 2024
Journal article
Published on February 2024
Journal article
Published on January 2024
Journal article
Published on January 2024
Journal article
Published on January 2024
By Blaisot
Journal article
Published on November 2023
Journal article
Published on October 2023
Journal article
Published on August 2023
Journal article
Published on May 2023
Journal article
Published on April 2023