Scheduled presentations:

• FEM Modelling of 3D Concrete Printing across Process Scales Using a Unified Fluid-Solid Elasto-Viscoplastic Formulation
  *G. Rizzieri (Politecnico di Milano), D. Bos (Eindhoven University of Technology), R. Wolfs (Eindhoven University of Technology), L. Ferrara (Politecnico di Milano), M. Cremonesi (Politecnico di Milano)
• Simulation of a Novel Vibration-Based Extrusion Process for Concrete 3D Printing Using the Discrete Element Method with Thixotropy
  *K. Krenzer (IAB Weimar gGmbH), J. Lipowsky (IAB Weimar gGmbH), R. Fetter (IAB Weimar gGmbH)
• Discrete Element Modeling of Screw Extrusion and Time-Dependent Hardening in 3D Concrete Printing
  *P. Zhi (Nanyang Technological University), W. Zhou (Nanyang Technological University), Y. Wu (Tongji University)
• Modeling of Morphological Changes in 3D Concrete Printing Interlayers with Embedded Reinforcement
  *H. Jung (Korea Maritime & Ocean University), J. Lee (Korea Maritime & Ocean University), M. Lee (Korea Maritime & Ocean University), H. Naing (Korea Maritime & Ocean University)