Scheduled presentations:

• A Numerical Model for Three-Component Liquid-Vapor-Gas Flows with Arbitrary-Rate Mass Transfer
  M. Pelanti*
• Numerical Methods and Relaxation Techniques for Diffuse Interface Models in High-Velocity Two-Phase Flow Simulations
  W. haegeman*, C. Le Touze, J. Dupays, M. massot
• A unified two-scale gas-liquid two-fluid model with capillarity and interface regularization through a mass transfer between scales
  A. Loison, M. Massot*, S. Kokh, T. Pichard
• A two-scale model for two-phase flows including geometric variables and mass transfer
  G. Orlando*, A. Loison, T. Pichard, S. Kokh, M. Massot
• Two-scale two-phase flows modelling based on the stationary action principle and a geometric method of moments
  T. Pichard*
• Efficient Simulation of Non-Ideal Fluid Flows with Finite Mechanical Relaxation and Phase Transition
  G. Sirianni*, B. Re, A. Guardone, R. Abgrall