The institute
Events

You are here

Passed events

  • PhD Defense / 01 July 2021 / Salle de Réunion AS2M

    Jesús TOLEDO ZUCCO : "Synthesis of observer-based control laws for distributed parameter systems: a Hamiltonian approach to ports

    Read more
  • PhD Defense / 28 June 2021 to 02 July 2021 / FEMTO-ST - TEMIS BUILDING

    Ludovic BEBON : "Reversible solid hydrogen storage : Study and Modeling of the isolated particle of intermetallic compound during absorption"

    Read more
  • PhD Defense / 25 June 2021 to 07 July 2021 / ENSMM_26 rue de l'Epitaphe

    Lucas GROULT : "Conception of microfabricated Paul trap for a Yb+ trapped ion based, compact optical clock"

    Read more
  • PhD Defense / 25 June 2021 / Energie Parc Technologique - Belfort

    Muluken GETIT : Numerical modeling and optimization of a regenerative Stirling refrigerating machine for moderate cooling applications

    Read more
  • PhD Defense / 24 June 2021 to 29 June 2021 / FEMTO-ST - TEMIS BUILDING

    Svenja HERMANN : "Investigations on magnetically hard and mechanically stiff magnetoactive elastomers – From local interactions towards the development of functional structures

    Read more
  • PhD Defense / 28 May 2021 / UFR ST - Salles des Actes

    Mathieu BRILAND : "Address false data injection attacks in IoT systems using a dedicated language in an industrial context"

    Read more
  • PhD Defense / 20 May 2021 / Département des Sciences et Energies Louis Néel

    Walid BALGUERRAS : "Magneto-vibro-acoustic Modeling and Optimization of a Double-Beam Variable Reluctance Machine"

    Read more
  • PhD Defense / 29 April 2021 / FEMTO-ST - TEMIS BUILDING

    Nicolas LAFORGE : "Topological phononic crystal waveguides"

    Read more
  • PhD Defense / 27 April 2021 / IUT Belfort-Montbéliard

    Luigi MARANGIO : "Rigorous computational methods for understanding the statistical behavior of random dynamical systems"

    Read more
  • PhD Defense / 23 April 2021 / ENSMM_26 rue de l'Epitaphe

    Andrea MATTIONI : "Modelling and stability analysis of flexible robots: a distributed parameter port-Hamiltonian approach"

    Read more

Pages