Scheduled presentations:

• Direct Numerical Simulation of Hydrogen Boiling Using a Compressible Diffuse Interface Method with an Accurate Equation of State
  *J. Espelund (Norwegian University of Science and Technolog), A. Mukherjee (Norwegian University of Science and Technolog), S. Munkejord (Sintef Energy Research), Å. Ervik (Sintef Energy Research), L. Brandt (Politecnico di Torino), C. Schulze-Netzer (Norwegian University of Science and Technolog)
• A pressure non-equilibrium two-phase model for simulating bubble clusters in heterogeneous cavitation
  M. SAINI (Universite de Pau et des Pays de l'Adour), F. Denner (Polytechnique Montreal), *K. Schmidmayer (Universit´e de Pau et des Pays de l’Adour)
• Predicting the Degree of Non-Equilibrium Reached During Rapid Depressurization of Liquids
  *A. Log (SINTEF Energy Research)
• Three Phase Drift-Flux Model for the Depressurization of a CO₂ Vessel
  *E. Høydalsvik (NTNU), E. Fyhn (Sintef Energy Research), A. Austegard (Sintef Energy Research), H. Deng (Sintef Energy Research), A. Hafner (NTNU), S. Munkejord (Sintef Energy Research)
• Theoretical and Numerical Characterization of Boiling Induced Instabilities in Liquid Ammonia Detonation
  *W. Wang (Institute of Mechanics Chinese Academy of Sci), Z. Hu (Institute of Mechanics Chinese Academy of Sci), P. Zhang (City University of Hong Kong)
• A Path-Conservative Method for Boiling Flow Simulations using Weakly Compressible Model
  *A. Melvin P A (Indian Institute of Technology Bombay), J. Mandal (Indian Institute of Technology Bombay)