Scheduled presentations:

• Numerical Simulation of Droplet Runback on a Solid Wall by Coupling Moving Particle Simulation and Finite Volume Method
  *H. Tsujimura (Japan Aerospace Exploration Agency), K. Kubota (Japan Aerospace Exploration Agency)
• Simulation of Mixing Processes Using Particle Methods with Surrogate-Based Flow Prediction
  *E. Ishii (Hitachi, Ltd.), T. Hosaka (Hitachi, Ltd.), K. Mitsufuji (Hitachi, Ltd.), S. Koshizuka (The University of Tokyo), T. Matsunaga (The University of Tokyo), M. Ikeno (The University of Tokyo), H. Wang (The University of Tokyo)
• An Accurate Thermodynamic SPH Model for Multiphase Flows
  X. Fang (Harbin Engineering University), *P. Wang (Harbin Engineering University), S. Wang (Harbin Engineering University)
• An Improved Multiphase Riemann SPH Method for Strongly Compressible Flows
  X. Fang (Harbin Engineering University), *S. Wang (Harbin Engineering University), A. Zhang (Harbin Engineering University), P. Wang (Harbin Engineering University)
• Numerical Simulation of Liquid-liquid Droplet Breakup in Axisymmetric Extensional Flow
  *M. Bito (The University of Tokyo), T. Matsunaga (The University of Tokyo), S. Koshizuka (The University of Tokyo), A. Maki (Mitsubishi Chemical Corporation), A. Ohara (Mitsubishi Chemical Corporation), Y. Kaneko (Mitsubishi Chemical Corporation), S. Kuwagaki (Mitsubishi Chemical Corporation), K. Sugiyama (Mitsubishi Chemical Corporation), K. Yamauchi (Mitsubishi Chemical Corporation), A. Horiguchi (Mitsubishi Chemical Corporation), E. Miyasaka (Mitsubishi Chemical Corporation)
• SPH Formulation for Fresh Concrete under Vibration Using a Modified Non-Newtonian Fluid Model
  *T. Segawa (Kyushu University), Y. Yuki (Yokogawa Bridge Holdings Corporation), S. Kano (Yokogawa Bridge Holdings Corporation), M. Asai (Kyushu University)