Scheduled presentations:

• A Finite Element Particle Method for Modelling Extreme Deformation Problems
  J. Li (Tsinghua University), *X. Zhang (Tsinghua University)
• An Eulerian Peridynamic Differential Operator Approach for Large Eddy Simulations of Turbulent Flows in Weakly Compressible Fluids
  M. Yan (Wuhan University of Technology), X. Zhai (Wuhan University of Technology), S. Li (Wuhan University of Technology), *L. Liu (Wuhan University of Technology), X. Liu (Wuhan University of Technology), X. Lai (Wuhan University of Technology)
• Data-informed, Mechanism-Based Creep Modeling in Zirconium: From Thermal Creep to Irradiation Creep
  *Y. Cui (Tsinghua University), A. Cui (Tsinghua University), Y. Li (Shanghai University), G. Po (University of Miami), N. Ghoniem (UCLA)
• Large Deformation Analysis of Near-incompressible Material Using Unified Exact Quadrature B-Spline Material Point Method
  *Z. Sun (Jiangxi University of Science and Technology), X. Zhou (Jiangxi University of Science and Technology)
• Length-scale-insensitive phase-field material point method for spall fracture and adiabatic shear bands in ductile metals
  *W. Sun (Dalian University of Technology), S. Zhang (Dalian University of Technology), W. Yang (Dalian University of Technology), Y. Qiu (Dalian University of Technology), Y. Zheng (Dalian University of Technology)
• Prediction Model of Environmental Fatigue Life for Austenitic Stainless Steel Considering the Effect of Roughness
  *X. Shao (Nuclear Power Institute of China), H. Li (Nuclear Power Institute of China), X. Mi (Nuclear Power Institute of China)