Scheduled presentations:

• Identification of Material Hardening Parameters of Advanced High-Strength Steels Using Recurrent Neural Networks and Three-Point Bending Tests
  *D. J. Cruz (INEGI), M. R. Barbosa (FEUP), A. D. Santos (FEUP), R. L. Amaral (INEGI), J. Cesar de Sa (FEUP)
• Neural Architecture Search for Vibration-Based Damage Detection
  *S. Salmani Pour Avval (TU Delft), V. Yaghoubi (TU Delft), N. Eskue (TU Delft)
• Fatigue S-N curve parameters prediction of Steels based on Machine learning models
  *A. Costa (FEUP), M. Seabra (CFUL), A. de Jesus (FEUP), J. César de Sá (FEUP), A. Santos (FEUP)
• Structural strain method for the fatigue evaluation of rib-deck joints with insufficient weld penetration
  *B. Villoria (Norwegian Public Roads Administration)
• Model-Order Reduction and Dynamical Behaviour of One-Dimensional Poroelastic Media
  *M. Padhy (University of Stuttgart), T. Ricken (University of Stuttgart), A. Armiti-Juber (University of Stuttgart)
• Parametric model reduction for broad-band frequency analysis of nearly periodic structures
  *J. Mencik (INSA Centre Val de Loire)