Scheduled presentations:

• Keynote Ductile Fracture Finite element analysis of periodic microstructure using potential-based elastoplastic-damage constitutive model
  *I. Watanabe (National Institute for Materials Science), T. Tan (University of Tsukuba)
• Multiscale modeling of solute-dependent cross-slip for aluminum alloys
  *S. Yoon (Max Planck Institute for Sustainable Material), M. Rufinno (Max Planck Institute for Sustainable Material), F. Roters (Max Planck Institute for Sustainable Material)
• A Eulerian Formulation of Phenomenological Poly-Crystal Plasticity for High Strain Rate and Large Deformation Applications
  *T. Flint (University of Manchester), J. Quinta da Fonseca (University of Manchester), P. Shanthraj (UKAEA), P. Cardiff (University College Dublin)
• A Reproducible Crystal Plasticity Based Workflow for the Accurate Prediction of Aluminium Sheet Anisotropy
  *G. Bowker (The University of Manchester), J. Quinta da Fonseca (The University of Manchester)
• Flexible and Efficient Calibrations of Neural Network-Based Yield Surfaces to Crystal Plasticity Data
  *T. Mánik (NTNU), B. Holmedal (NTNU)