Scheduled presentations:

• Fatigue Modelling of WAAM Ti-6Al-4V Using Crystal Plasticity Finite Element and Phase Field Methods
  *E. Kakouris (University of Warwick), F. Azhari (Monash University), B. Zyto (University of Warwick), P. Brommer (University of Warwick), M. Preuss (Monash University), M. Preuss (The University of Manchester)
• An Adaptive Scaled Boundary Finite Element Method for Cohesive Phase Field Fracture in composite materials
  *I. Chrysikou (National Technical University of Athens), S. Triantafyllou (National Technical University of Athens), H. Chen (University of New South Wales), C. Song (University of New South Wales)
• Investigation of the Effect of Gaps and Overlaps on the Mechanical Performance of Variable Stiffness Composites: A Comparative Modeling Approach
  *G. Demirer (Middle East Technical University), A. Kayran (Middle East Technical University)
• An improved Material Point Method for Phase-Field Ductile Fracture Modeling
  *B. Zyto (University of Warwick), E. Kakouris (University of Warwick)
• Phase-Field Modeling of Anisotropic Crack Propagation Using Physics-Informed Deep Learning
  *N. Plungė (University of Warwick), P. Brommer (University of Warwick), R. Edwards (University of Warwick), E. Kakouris (University of Warwick)
• Non-intrusive linear stochastic crack propagation using SBFEM for the uncertainty quantification of crack paths
  *G. C. LITAINAS (National Technical University of Athens), S. P. TRIANTAFYLLOU (National Technical University of Athens), A. G. EGGER (Cubus AG), E. N. CHATZI (ETH Zürich), C. SONG (University of New South Wales Sydney)