Objective of the workshop
In this workshop, we will address the modelling of multiphase flows. The goal is to share modelling methods, difficulties, (rigorous or more phenomenological) analysis, allowing the description of multiphase flows with exchanges (mass transfer, energy exchange…) and apparition of shock waves.
You can also find
- the webpage of the previous workshop,
- the proceedings of the first workshop in 2018,
- the proceedings of the second workshop in 2019,
- the proceedings of the third and fourth workshops in 2021 et 2022.
Several talks are planned, with parts dedicated to open discussions. The main subjects will be a priori:
- the Physics of multiphase flows with mass transfer and high energy exchanges,
- derivation and study of PDE models for compressible multiphase flows,
- construction of coherent thermodynamical laws.
Note that one-velocity and multi-velocity models will be considered.
Program
The talks will start Monday 17, and finish Wednesday 19.
Speakers (tentative list)
Firas Dhaouadi — Insa Toulouse (1h)
A hyperbolic approximation of the Cahn-Hilliard model
Sergey Gavrilyuk — Aix-Marseille Université (1h)
Hyperbolic model of heat conduction
Ward Haegeman — ONERA / CMAP (1h)
Multi-fluid models for two-phase flows with non-equilibrium effects
Vincent Perrier — Inria (1h)
Un modèle multiphasique monodimensionnel complètement fermé
Emmanuelle Rio — Université Paris-Saclay (1h)
Hydrodynamics of thin films as a tool to explain soap film life and death
Christian Rohde — Stuttgart University (1h)
To be announced
Philippe Villedieu — ONERA (1h)
Large-scale simulation of wetting phenomena based on a diffuse contact line model
Gauthier Lazare — EDF & Université de Strasbourg (30min)
Hyperbolicité d’un modèle diphasique déséquilibré en vitesse
Corentin Stéphan — CEA & Université de Montpellier (30min)
TBA
Poster session
A poster session will be organized. If you are interested in presenting your recent works in the topics of the workshop, we would be happy to welcome you. Please contact the organizers, sending a title and an abstract of your poster.
Guillaume Jomée
Relaxation process in an immiscible compressible three phase flow model with mass transfer
Gauthier Lazare
Schémas Volumes Finis préservant le principe du min-max pour l’équation de déséquilibre d’un modèle diphasique homogène
Practical informations
Location
Conference room of the Institut de Recherche Mathématique Avancée, Strasbourg (map).
Organizing committee
Philippe Helluy, Jean-Marc Hérard, Nicolas Seguin.
