Scheduled presentations:

• Multiscale Modeling of Cell-Matrix Mechanical Interaction in the Arterial Wall Using Embedded Elements
  J. Laubrie (MINES Saint-Etienne), *S. Avril (MINES Saint-Etienne)
• Machine learning-based software can reproduce knee joint cartilage stresses analyzed using finite element modeling during gait
  *M. Nematollahi (University of Eastern Finland), J. Kosonen (University of Eastern Finland), J. Kuronen (University of Eastern Finland), A. Esrafilian (University of Eastern Finland), J. Arokoski (University Hospital and Helsinki University), M. Turunen (University of Eastern Finland and Kuopio Univ), M. Mononen (University of Eastern Finland), R. K Korhonen (University of Eastern Finland)
• Modelling how cells sense and respond to stiffness in microporous scaffolds
  *O. Santis-Lopes (University of Cyprus), D. Tzeranis (University of Crete), V. Vavourakis (University of Cyprus)
• Design of a hydrogel lattice structure to achieve a homogeneous stiffness distribution
  *L. Zerhusen (TU Darmstadt), E. Schätzlein (TU Darmstadt), O. Weeger (TU Darmstadt)
• Full-Field Elastography of the Cell Nucleus Reveals Strain-Dependent and Structure-Associated Stiffness Heterogeneity
  K. Winkler (University of Colorado Boulder), E. Miller (University of Colorado Boulder), S. Schneider (University of Colorado Boulder), B. Seelbinder (University of Colorado Boulder), *C. Neu (University of Colorado Boulder)
• SPH Simulation of Needle-Free Injection in SEBS Soft Tissue Surrogates
  *H. LI (UTBM/ICB), T. HIRCHLER (UTBM/ICB), S. Roth (UTBM/ICB)