General Papers
| Fatigue Crack Paths under Complex Loading | |
| H.A. Richard, M. Sander, M. Fulland |
| Numerical Determination of Crack Paths in Three-DimensionalStructures with the Program System ADAPCRACK3D | |
| M. Fulland, H.A. Richard |
| Fatigue Crack Path Development in a One-Sided Restrained Bar with a Rectangular Section and Stress Concentratorunder Bending | |
| E. Macha, D. Rozumek |
| Computational Simulation and Experimental Results on 3D Crack Growth in a SEN-Specimen under Torsion Loading | |
| F.-G. Buchholz, V. Just, H.A. Richard |
| Complete and Incomplete Self-Similarity in Fatigue Damage | |
| G. F. Royer-Carfagni |
| Damage Evolution in Woven Composite Laminates under Fatigue Loading | |
| M. Quaresimin, M. Ricotta |
| Fatigue Crack Growth Effect on the Dynamic Behaviour ofFrame Structures | |
| E. Viola, G. Colella, P. Ricci |
| Fatigue Crack Propagation and Path Assessmentin Industrial Structures | |
| D. Lebaillif, S. Ma, M. Huther, H.P. Lieurade, E. Petitpas, N. Recho |
| An Integrated Approach for the Prediction of Fatigue Crack Paths in Face Gears for Aerospace Transmissions | |
| Mauro Filippini, Marco Giglio, Carlo Gorla, Francesco Rosa |
| Effect of Fatigue Crack Path on Statistical Distribution of the Fatigue Lifetime | |
| A. V. Romanovskaya, L. R. Botvina, A.A. Baikov |
| Effects of the Non-Proportional Loading Path on the Fatigue Crack Path | |
| M. de Freitas, L. Reis, M. Leite, B. Li |
| Analytical and Experimental Approach to Evaluate theCumulative Damage of Medium and High Strength Steel Welded Plates | |
| A. Reali, S. Budano |