Table of Contents
| 1. Modelling of damage and fracture in ceramic matrix composites – an overview | |
| Michał Basista, Witold Węglewski | 455-484 |
| 2. Effect of characteristic length on nonlocal prediction of damage and fracture in concrete | |
| Halina Egner, Jacek J. Skrzypek, Władysław Egner | 485-503 |
| 3. Modelling damage processes of concrete at high temperature with thermodynamics of multi-phase porous media | |
| Dariusz Gawin, Francesco Pesavento, Bernhard A. Schrefler | 505-532 |
| 4. Microstructural effects on damage in composites – computational analysis | |
| Leon Mishnaevsky Jr. | 533-552 |
| 5. Damage modelling framework for viscoelastic particulate composites via a scale transition approach | |
| Carole Nadot, Andre Dragon, Herve Trumel, Alain Fanget | 553-583 |
| 6. Statistical damage mechanics – constitutive relations | |
| Antonio Rinaldi, Dusan Krajcinovic, Sreten Mastilovic | 585-602 |
| 7. Evaluation of fracture parameters for crack problems in fgm by a meshless method | |
| Jan Sladek, Vladimir Sladek, Chuanzeng Zhang, Choon-Lai Tan | 603-636 |
| 8. Innovative modeling methods in damage assessment: application of dissipative particle dynamics to simulation of damage and self-healing of polymer-coated surfaces | |
| Aleksandar S. Jovanovic, Nenad Filipovic | 637-648 |
| 9. Nondestructive damage characterization with examples of thermal aging, neutron degradation and fatigue | |
| Gerd Dobmann, Iris Altpeter, Klaus Szielasko, Markus Kopp | 649-666 |
| 10. Modelling creep, ratchetting and failure in structural components subjected to thermo-mechanical loading | |
| Fion P.E. Dunne, Jianguo Lin, David R. Hayhurst, John Makin | 667-689 |
| 11. Numerial implementation of multiaxial high-cycle fatigue criterion to structural optimization | |
| Mirosław Mrzygłód, Andrzej P. Zieliński | 691-712 |
| 12. Fatigue fracture of nitrided and carbonitrided layers | |
| Aleksander Nakonieczny | 713-730 |
| 13. Application of experimental results to numerical models of fatigue cracks propagating in the rolling contact zone | |
| Paweł Pyrzanowski | 731-749 |