Scheduled presentations:

• A Model Informed Transfer Learning Framework for Predicting Mechanical Behaviour of Sands
  *T. Sungurtekin (University of Glasgow), Z. Gao (University of Glasgow), E. Febrianto (University of Glasgow)
• A Stabilized Fractional Step Material Point Method for Robust and Efficient Hydromechanical Modeling
  *M. Juel (SLF), H. Vicari (SLF), Y. Zhao (SLF), L. Blatny (SLF), C. Jiang (UCLA), J. Gaume (SLF)
• Three-dimensional coupled thermo-hydro-mechanical modelling of processes in Opalinus Clay for geological disposal of radioactive waste
  *M. Taghvaei (Imperial College London), A. Paluszny (Imperial College London), R. Zimmerman (Imperial College London)
• Extension of DG-based SEAS Model in tandem for Viscoelastic Relaxation using Standard Linear Solid Rheology
  *P. Karki (Ludwig-Maximilians-Universität München), Y. Magen (Scripps Institution of Oceanography UCSD), D. May (Scripps Institution of Oceanography UCSD), A. Gabriel (Scripps Institution of Oceanography UCSD)
• Modeling Cohesive Viscoplastic Geophysical Flows with the Material Point Method
  *L. Blatny (L'Institut Jean Le Rond d'Alembert)
• A numerical methodology for the geometric and geomechanical characterization of fault damage zones
  *R. Quevedo (Pontifical Catholic University of Rio de Jane), F. Dias (Pontifical Catholic University of Rio de Jane), A. Scherer (Pontifical Catholic University of Rio de Jane), D. Roehl (Pontifical Catholic University of Rio de Jane), B. Carvalho (Petrobras Research Center)