Scheduled presentations:

• Material Configurational Force and Virtual Element Method for the Prediction of Mixed-mode Fatigue Life and Crack Path
  *Y. Chen (Xi’an University of Technology), U. Perego (Politecnico di Milano), Q. Li (Xi’an Jiaotong University), Y. Hu (Xi'an University of Technology)
• Effect of Cure-Induced Residual Stresses on the Fatigue Life of UV-Cured Scarf Patch Repairs
  *A. Varshney (Indian Institute of Technology Delhi), N. Kuthe (Indian Institute of Technology Delhi), P. Mahajan (Indian Institute of Technology Delhi), L. Mishnaevsky Jr. (Technical University of Denmark)
• Assessment of the Finite Cell Method for Stress Concentration Problems
  *S. Poeppel (University of Rostock), L. Radtke (University of Rostock)
• Thermo-Mechanical Fatigue Life Assessment of IGBT Power Modules Using a Unified Creep Plasticity Damage Approach
  *M. Ignatev (University of Rostock), L. Radtke (University of Rostock), C. Benz (University of Rostock), A. Novikov (University of Rostock), R. Fink (University of Rostock), P. Mutschler (University of Rostock), T. Heise (University of Rostock), H. Eckel (University of Rostock)
• A Comparative Study to Fatigue Crack Growth Analysis: Insights from Numerical and Analytical Approaches
  *C. Schreiber (MTU Aero Engines), S. Keller (MTU Aero Engines), S. Dölling (MTU Aero Engines), H. Erdle (MTU Aero Engines)