General Papers
| A Stress-Based Approach for Fatigue Assessment under Multiaxial Variable Amplitude Loading | |
| B. KENMEUGNE, B. WEBER, A. CARMET, J.-L. ROBERT |
| Damage Estimates under Biaxial Random Load Spectrums by Considering Crystal Structure Dependence | |
| H.-W. LEE, S.-J. OH, W.-H. CHOI |
| Fatigue Strength of Plasma Hardfaced Elements under Biaxial Stress State with Harmonic and Random Loadings | |
| H. CHTELIK, J. ZIUBINSKI |
| Modeling the Thermomechanical Coupling Effects on Low-Cycle Fatigue Life of Metallic Materials | |
| P.M. CALAS LOPES PACHECO, H.S. COSTA-MATTOS |
| Modelling of Biaxial Fatigue Loading State | |
| A. CICHANSKI, J. SEMPRUCH |
| Thin Wall Thermal Gradient: Experimental Study, F. E. Analysis and Fatigue Life Prediction | |
| J. L. CHABOCHE, J. P. CULIE, F. GALLERNEAU, D. NOUAILHAS, D. PACOU, D. POIRIER |
| A 3D Fatigue Crack Growth Simulation Based on Free Front Shape Development that Takes Account of Overloading Effects | |
| O. JUNG, J.L. CHABOCHE, Y. OUSSET, F. ROUDOLFF |
| A Computational Investigation of Crack Growth Initiation in Linear Viscoelastic Material | |
| F. DUBOIS, C. CHAZAL, C. PETIT |
| A Two Dimensional Analysis of Mixed-Mode Rolling Contact Fatigue Crack Growth in Rails | |
| S. BOGDANSKI, J. STUPNICKI, M. W. BROWN, D. F. CANNON |
| Nonlinear Elastic Brittle Problems: Operator Split Methods in Numerical Solution | |
| S.M. PIRES-DOMINGUES, H. COSTA-MATTOS, F.A. ROCHINHA |