Scheduled presentations:

• Subglacial hydrology modelling: achievements and challenges in simulating entire ice sheets
  *A. Humbert (Alfred Wegener Institute), T. Kleiner (Alfred Wegener Institute), D. Abele (German Aerospace Centre), L. Höyns (Alfred Wegener Institute), Y. Fischler (TU Darmstadt), B. Uekermann (University Stuttgart)
• FE-AI framework for fast and accurate multiscale simulation of anisotropic ice-sheet dynamics
  *M. El Fallaki Idrissi (Arts et Metiers Institute of Technology), M. Tannous (Arts et Metiers Institute of Technology), O. Castelnau (Arts et Metiers Institute of Technology), A. Mangeney (Université Paris Cité), M. Montagnat (University Grenoble Alpes), O. Gagliardini (University Grenoble Alpes), C. Ghnatios (University of North Florida), P. Ponte Castañeda (University of Pennsylvania), F. Chinesta (Arts et Metiers Institute of Technology)
• Coupling of processes in ice-sheet and glacier simulations
  *T. Zwinger (CSC - IT Center for Science), J. Kataja (CSC - IT Center for Science), M. Malinen (CSC - IT Center for Science), J. Ruokolainen (CSC - IT Center for Science), P. Råback (CSC - IT Center for Science)
• Phase-field fracture modeling of crevasse propagation, lake drainage events, and cliff collapse in glaciers
  *R. Duddu (Vanderbilt University), A. Gupta (Vanderbilt University), T. Hageman (University of Oxford), E. Martinez-Paneda (University of Oxford)
• Logarithmic Strain-Rate-Based Finite-Strain Hyper-Viscoelastic Framework for Antarctic Ice Shelves
  *M. Nutte (University of Cape Town), S. Skatulla (University of Cape Town), C. Sansour (Bethlehem University)