Scheduled presentations:

• A Modified Fully Implicit Cutting Plane Method Based Stress Integration Algorithm and its Verification Using Drucker Prager Model
  M. Dharmasiri (Dept. of Civil Eng., The Univ. of Tokyo), *M. Lalith (Earthquake Research Inst., The Univ. of Tokyo), K. Fujita (Earthquake Research Inst., The Univ. of Tokyo), T. Ichimura (Earthquake Research Inst., The Univ. of Tokyo), M. Hori (Japan Agency for Marine-Earth Science and Tec)
• An Implicit Stress Update Algorithm Based on Primal-dual Interior Point Method for GTN Model
  *Y. Shintaku (University of Tsukuba), T. Inaoka (University of Tsukuba), K. Terada (Tohoku University)
• Objectivity in the Finite Element Analysis of Quasi-Brittle Failure Via Adaptive Mesh and Formulation Refinement
  *G. Barbat (CIMNE/UPC), M. Cervera (CIMNE/UPC), C. Moreira (CIMNE/UPC), H. Venghaus (UPC), M. Chiumenti (CIMNE/UPC)
• Numerical Experiments to Assess the Behavior of Finite Elements with Embedded Strong Discontinuities
  *D. Cavalcanti (PUC - Rio), C. Mejia (Tecgraf Institute), D. Roehl (PUC-Rio / Tecgraf Institute), L. Martha (PUC-Rio / Tecgraf Institute)
• A View on Validating Crack Propagation Prediction with Shape Optimization by Means of a Phase-Field Model
  C. Kandekar (Helmut Schmidt University), *T. Suchan (Helmut Schmidt University), W. Weber (Helmut Schmidt University), K. Welker (Technische Universität Bergakademie Freiberg)
• Physics-Informed Neural Network for Forming Limit Curves Prediction
  *B. Erice (Mondragon Unibertsitatea), D. Araya (Advanced Material Simulation), J. Mendiguren (Mondragon Unibertsitatea), J. Gomez (Advanced Material Simulation)