Scheduled presentations:

• Particle methods for modeling deforming and non-deforming fluid-structure interaction problems
  D. Kolukisa (Altair Engineering GmbH), S. Ramezanzadeh (Ozyegin University), M. Ozbulut (Altair Engineering GmbH), *M. Yildiz (Sabanci Universitz)
• Three-dimensional modeling of debris flow-turbidity currents transition and FSI processes with SPH method
  *D. Feng (Tongji University)
• Coupling DualSPHysics+ with a deep reinforcement learning framework for active flow control
  *Y. Zhan (Zhejiang University), M. Luo (Zhejiang University), A. Khayyer (Kyoto University)
• Lagrangian-Eulerian Stabilized Collocation Method and Its Applications in Fluid-Structure Interaction Problems
  *Z. Qian (Peking University), M. Liu (Peking University), L. Wang (Tongji University)
• A GPU-accelerated SPH framework for patient-specific simulations of vascular fluid-structure interactions
  *Y. Lu (Peking University), M. Liu (Peking University), C. Zhu (Peking University)
• An enhanced numerical wave tank for wave interaction with floating flexible structure based on DualSPHysics+
  *M. Luo (Zhejiang University), Y. Zhan (Zhejiang University), A. Khayyer (Kyoto University)