Scheduled presentations:

• Third Medium Contact using Finite and Virtual Elements
  *P. Wriggers (Leibniz University Hannover), B. Xu (Hong Kong University of Science and Technolog), J. Korelc (University of Ljubljana)
• A scalable two-level preconditioner for large-scale contact mechanics
  *M. Puso (Lawrence Livermore Nat'l Laboratory), S. Petrides (Lawrence Livermore Nat'l Laboratory), T. Hartland (Lawrence Livermore Nat'l Laboratory), T. Kolev (Lawrence Livermore Nat'l Laboratory), C. Lee (Lawrence Livermore Nat'l Laboratory), J. Solberg (Lawrence Livermore Nat'l Laboratory), C. Petra (Lawrence Livermore Nat'l Laboratory), V. Paludetto (Lawrence Livermore Nat'l Laboratory), N. Castelleto (Lawrence Livermore Nat'l Laboratory)
• A Nitsche-based approach to viscoelastic beam contact problems: from Euler–Bernoulli to enhanced Timoshenko formulations
  *C. Pozzolini (FRAMATOME), M. Schorsch (FRAMATOME), A. Khaddari (FRAMATOME), Y. Renard (INSA LYON)
• A unified semi-smooth Newton framework for large-strain SMA contact: application to stent deployment
  M. Barboteu (Université de Perpignan), *F. Bonaldi (Université de Perpignan), S. Dumont (Université de Perpignan), F. Jourdan (Université de Montpellier), R. Mansour (Université de Perpignan), T. Nguyen (Université de Perpignan), V. Nguyen (Université de Perpignan)
• An Accelerated Non-Intrusive Flexibility Method for Contact Mechanics
  Y. Boye (Centre des matériaux, Mines Paris - PSL, CNRS), J. Bleyer (Laboratoire Navier, ENPC, IPP), S. Chaillat (Laboratoire POEMS, CNRS-ENSTA-INRIA, IPP), *V. Yastrebov (Centre des matériaux, Mines Paris - PSL, CNRS)