General Papers
| 023 XFEM for fretting fatigue: straight VS mixed mode crack propagation | |
| R. Hojjati-Talemi, M. Abdel Wahab |
| 033 Crack initiation and path prediction of float glass with various constrain conditions under thermal loading | |
| Q. S. Wang, Y. Wang, J. H. Sun, L. H. He |
| 045 Strength Degradation Analysis of an Aging RC Girder Bridge Due to Existing Cracks | |
| Jianhong Wang, Zihai Shi, Masaaki Nakano |
| 107 In-situ observation of initiation and propagation of (short) microstructural crack growth using a rotating bending machine | |
| P. Huter, M. Wohlfahrt, C. Oberwinkler, Vladimir Pisarev |
| 135 Numerical Simulation of Fatigue Crack Growth in Heterogeneous Material | |
| Masanori Kikuchi, Yoshitaka Wada, Kazuhiro Suga, Yulong Li, Elena Lyapunova, Oleg Naimark |
| 149 Where is the stretch zone? – 3D SEM – a powerful tool to analyze fracture | |
| S. Henkel, A. Weidner, T. Mottitschka, C. Segel, H. Biermann |
| 153 X-FEM based modelling of complex mixed mode fatigue crack propagation | |
| Hans Minnebo, Simon André, Marc Duflot, Thomas Pardoen, Eric Wyart |
| 154 An understanding of crack growth in VHCF from an internal inclusion in high strength steel | |
| Chong Wang, Alexander Nikitin, Andrey Shanyavskiy, Claude Bathias, Petr Frantík, Zbyn?k Keršner |
| 172 Fretting Fatigue Strength/Life Estimation Considering Wear Process and Critical Distance Stress Theory | |
| Muhammad Amiruddin Bin Ab Wahab, Toshio Hattori, Minoru Yamashita |