Scheduled presentations:

• Variational Phase-Field Models of Fracture with Arbitrary Strength Surfaces
  *B. Bourdin (McMaster University), C. Maurini (Sorbonne University), J. Marigo (Sorbonne University)
• Strength-Based Variational Approach to Fracture: Numerical Implementation and Classification of Classical Strength Criteria
  *C. Maurini (Sorbonne University), B. Bourdin (McMaster University), M. Moscatelli (Sorbonne University), J. Marigo (Sorbonne University)
• Variational phase-field modeling of cohesive fracture with flexibly tunable strength surface
  F. Vicentini (ETH Zürich), J. Heinzmann (ETH Zürich), P. Carrara (ETH Zürich), *L. De Lorenzis (ETH Zürich)
• Convergence of a Phase-Field Model with Emergent Discontinuities to CZM in Multi-Dimension: A Proof via Cohesive Law and Energy
  *Y. Feng (Northwestern Polytechnical University), J. Li (Tongji University)
• Incorporating strength surfaces in variational phase-field models for brittle fracture
  *J. Sargado (University of Copenhagen), J. Mathiesen (University of Copenhagen)
• A Cohesive-Frictional Phase-Field Model for Hybrid Fracture in Quasi- Brittle Materials Incorporating Strength Criteria
  H. Li (Tongji University), *T. You (Montanuniversität Leoben), K. Yoshioka (Montanuniversität Leoben), Y. Liu (Tongji University), Y. Rui (Tongji University), F. Zhang (Tongji University)