Scheduled presentations:

• An Adaptive Hybrid Peridynamic Framework Combining Mesh-Free Formulation and the Fast Convolution-Based Method
  *M. Zaccariotto (University of Padova), S. Galeazzo (University of Padova), F. Scabbia (University of Padova), U. Galvanetto (University of Padova)
• Mathematical Results on the Convergence of the Mesh-Free Discretization of Peridynamics.
  *M. Zetzmann (FAU Erlangen-Nürnberg), M. Stingl (FAU Erlangen-Nürnberg), L. Pflug (FAU Erlangen-Nürnberg)
• A variational mechanics perspective on dual-horizon bond-based peridynamics
  *P. Prateek (Institute of Applied Dynamics, FAU), G. Capobianco (Institute of Applied Dynamics, FAU), K. Weinberg (Chair of Solid Mechanics, Universität Siegen), M. Ortiz (Division of Engg. and Applied Sciences, CIT), S. Leyendecker (Institute of Applied Dynamics, FAU)
• Chemo-mechanical Coupled Peridynamic Model for Hydrogen Embrittlement Fracture Analysis
  *X. Gu (Hohai University), C. Wang (Hohai University), Y. Wang (Hohai University), Q. Zhang (Hohai University)
• Coupled THM Peridynamics for Thermal Fluid-Solid Interactions with Fracturing
  *C. Yang (The Hong Kong University of Science and Techn), J. Zhao (Hong Kong University of Science and Technolog)