Scheduled presentations:

• Nonlinear Creep in Concrete: Stress-Induced Stick-Slip Transition of Viscous Interfaces and Damage from Microcracking
  R. Díaz Flores (TU Wien), C. Hellmich (TU Wien), *B. Pichler (TU Wien)
• Multiscale modeling of slag-based CEM II concrete: Identification of the basic creep behavior of hydrates
  *M. Sorgner (TU Wien), R. Díaz Flores (TU Wien), B. Pichler (TU Wien), T. Pilgerstorfer (Geoconsult ZT GmbH), B. Moritz (ÖBB Infrastruktur AG), C. Hellmich (TU Wien)
• Robustness of Dynamic Mode Decomposition for Predicting Chloride Ingress in Concrete: Effects of Boundaries and Data Representation
  *Y. Li (Brno University of Technology), M. Vořechovský (Brno University of Technology)
• Potential-based modeling of concrete fatigue: discrete and continuum formulations validated on prestressed beams
  *S. Esfandiari (Center for Structural Concrete Physics), N. Alkasasbeh (Center for Structural Concrete Physics), M. Aguilar (Center for Structural Concrete Physics), M. Vořechovský (Institute of Structural Mechanics), R. Chudoba (Center for Structural Concrete Physics)
• Structure-Preserving Machine Learning for Viscoelastic Constitutive Modeling of Cementitious Materials
  *A. Delpasand (RWTH Aachen University), M. Vořechovský (Brno University of Technology), R. Chudoba (RWTH Aachen University)