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Second Workshop on Compressible Multiphase Flows

27–29 mai 2019
IRMA, université de Strasbourg
Fuseau horaire Europe/Paris

Liste des Contributions

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  1. 1. Equations of state: capabilities and limitations
    Romain Privat (Université de Lorraine)
    27/05/2019 14:00
  2. 2. Two-fluid model hierarchy - thermodynamics, non-conservative terms and hyperbolicity/entropic symmetrization
    Pierre Cordesse (École Oolytechnique)
    27/05/2019 15:30
  3. 3. Uncertainty principle in two--fluid mechanics
    Sergey Gavrilyuk (Aix-Marseille Université)
    27/05/2019 16:30

    Hamilton’s principle (or the principle of stationary action) is one of the basic modelling tools in classical mechanics. It states that the reversible motion of a mechanical system is completely determined by the corresponding Lagrangian which is the difference between the kinetic and potential energy of the system.
    The extension of Hamilton’s principle to the continuum mechanics involving...

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  4. 4. A Saint-Venant type model to simulate the dynamics of thin partially wetting films
    Philippe Villedieu (Onera)
    28/05/2019 09:00
  5. 5. A multiphase model to understand how aggressive tumor cell behavior is linked to elevated fluid flow
    Steinar Evje (University of Stavanger)
    28/05/2019 10:30
  6. 6. TBA
    Charlotte Perrin (CNRS & Aix-Marseille université)
    28/05/2019 11:30
  7. 7. A three-phase flow model with two miscible phases
    Hélène Mathis (Université de Nantes)
    28/05/2019 14:00
  8. 8. Derivation and analysis of a model for N-phase non miscible compressible flows
    Khaled Saleh (Université de Lyon 1)
    28/05/2019 15:30
  9. 9. Transcritical Hydrogen/Oxygen flames
    Vincent Giovangigli (École Polytechnique)
    28/05/2019 16:30
  10. 10. Poster session
    28/05/2019 17:30
  11. 11. On Brenner's Two Velocity Hydrodynamics
    Didier Bresch (CNRS & Université Savoie Mont Blanc)
    29/05/2019 09:00

    In a series of papers over 9 years (2004-2012), Howard Brenner (1929--2013) [who was emeritus professor at MIT in chemical engineering] proposed a new theory in compressible fluid mechanics with high gradient of density based on the concept of two different velocities: the mass and the volume velocities. At the same time, D.B. with B. Desjardins discovered (with E. Zatorska later on) that a...

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  12. 12. A Multiscale Sharp Interface Approach for Resolved Liquid-Vapour Flow
    Christian Rhode (University of Stuttgart)
    29/05/2019 10:30
  13. 13. TBA
    Samuel Kokh (CEA Saclay)
    29/05/2019 11:30