Scheduled presentations:

• An orthotropic 3D elasto-plastic damage model for wood
  *F. Seeber (Technical University of Munich), A. Khaloian-Sarnaghi (Technical University of Munich), E. Benvenuti (University of Ferrara), J. van de Kuilen (Technical University of Munich)
• Bond-based peridynamics for simulating fracture in wood
  *F. Feist (Graz University of Technology), G. Baumann (Graz University of Technology)
• Simulating Failure in Plant Fiber Composites: Analyzing the Interplay of Fiber, Matrix, and Interface Mechanics
  *V. Senk (Institute for Mechanics of Materials and Stru), M. Königsberger (Institute for Mechanics of Materials and Stru), M. Lukacevic (Institute for Mechanics of Materials and Stru), J. Füssl (Institute for Mechanics of Materials and Stru)
• Stress-based gradient-enhanced transient non-local damage for fiber composites
  F. Seeber (Technical University of Munich), A. Khaloian-Sarnaghi (Technical University of Munich), *E. Benvenuti (University of Ferrara), J. van de Kuilen (University of Munich)
• A Numerical Method to Integrate Duration-of-load and Biological Deterioration for Long-standing Timber Piles
  *C. Yang (Professorship of Wood Technology, TUM), S. Khaloian (Professorship of Wood Technology, TUM), T. Yu (Professorship of Wood Technology, TUM), J. van de Kuilen (Professorship of Wood Technology, TUM)
• Contribution to Virtual Testing of Robotic 3D Printed Structures from Biocomposites
  *J. Kovacikova (Linnaeus University), S. Ahmed (Linnaeus University), J. Pocorni (Linnaeus University), O. Zaida (Linnaeus University)