Scheduled presentations:

• GPU-accelerated matrix-free ISPH for large-scale simulation of wave-induced disasters
  *H. Zhang (College of Engineering, Peking University), X. Li (College of Engineering, Peking University), Z. Qian (College of Engineering, Peking University), M. Liu (College of Engineering, Peking University)
• Physical Process-Based Entrainment Behaviour Modelling of Diluted Debris Flow Using SPH Incorporated with HBP-DP Approach
  *Y. Ma (Kyushu University), M. Asai (Kyushu University), Z. Han (Central South University), G. Chen (Hebei University of Technology)
• Modelling of urban flooding in the built environment using an SPH implementation
  *F. Hunger (Fraunhofer-Chalmers Centre), A. Ullrich (Fraunhofer-Chalmers Centre), K. Jareteg (IPS Particle Technology AB), A. Bilock (IPS Particle Technology AB), J. Quist (Fraunhofer-Chalmers Centre), F. Edelvik (Fraunhofer-Chalmers Centre)
• Bottom Boundary-Fitted Free Surface Flow Simulation with Coordinate Transformation Using SPH(2)
  *S. Fujioka (Kyushu Universiy), K. Tsuji (Tohoku University), N. Mitsume (Tsukuba University), M. Asai (Kyushu University)
• Three-Dimensional SPH Simulation for Lava Flow Phenomena
  *S. Tomita (Tohoku University), J. Yoshikawa (Industrial Technology Institute Miyagi), M. Sugimoto (Tohoku University), H. Komen (Osaka University), M. Shigeta (Tohoku University)
• Dynamic Modelling of the Landslide-induced Tsunami-like Wave Using a Coupled Discontinuous Deformation Analysis and Smoothed Particle Hydrodynamics Method
  *C. Li (Kyoto University), G. Wang (Kyoto University), G. Chen (Kyushu University)