General Papers
| Crack-Healing Behaviour under Cyclic Stress and Resultant Fatigue Strength of Si3N4 Composite Ceramics | |
| K. ANDO K, K. TAKAHASHI, S. NAKAYAMA, S. SAITO |
| A Unified Description of Nucleation, Propagation, and Proliferation of Cracks under Creep Conditions | |
| A. BODNAR, M. CHRZANOWSKI, K. NOWAK |
| Initiation and Growth Behaviour of Smooth Specimens Cut from the Squeeze Cast Al Alloy Car Wheels | |
| M. GOTO, T. YAMAMOTO, H. NISITANI, N. KAWAGOISHI |
| Bioactive Ability of Alkali Treated Titanium Alloy | |
| N. HISAMORI, A. NOZUE, M. AIZAWA, H. SUEMASU |
| Mechanisms of Internal Fatigue Fracture for a Low Alloy Steel under High Cycle Region at Elevated Temperatures | |
| K. KANAZAWA K., T. NISHIMURA, K. MATSUDA, K. YAMAGUCHI |
| Critical Planes in the Round Section of an Element Taking the Stress Gradient into Account | |
| A. KAROLCZUK A., A. NIESLONY, T. LAGODA |
| Influence of Pre-Strain on Fatigue Strength of Squeeze Cast Al-Alloy | |
| N. KAWAGOISHI, H. NISITANI, M. GOTO |
| The Fretting Fatigue Limit Based on Local Stress at the Contact Edge | |
| Y. KONDO, C. SAKAE, M. KUBOTA, T. NAGASUE, S. SATO |
| Determination of J-Q Locus for Material of Reactor Pressure Vessel WWER 440 at Cleavage Fracture | |
| D. Lauerova, Z. FIALA, J. NOVAK |
| Local Approach Treatise of High Y/T - Ratio Steels in the Ductile-to-Brittle Transition Region | |
| A. LAUKKANEN, K. WALLIN, P. NEVASMAA, K. RAHKA |
| Influence Factors of the Formation of ODA in Ultralong Fatigue Life Regime | |
| J. NAGATA, Y. MURAKAMI |
| Fatigue Life under Variable Amplitude Loading in a High Strength Steel Showing Step-Wise S-N Curve | |
| M. NAKAJIMA, K., TOKAJI, H. ITOGA, T. SHIMIZU |
| Fatigue Crack Growth in Re-welded AISI 4130 High Strength Steel | |
| M.P. NASCIMENTO, R.B. RIBEIRO, H.J.C. VOORWALD |
| Single-Parameter Prediction of Stable Crack Growth in Large-Scale Panels | |
| V.P. NAUMENKO |
| Modification of Dugdale Model to Include the Work Hardening and in and out of Plane Constraints | |
| A. NEIMITZ |
| Normalisation of Material Crack Resistance Curves by the T Stress | |
| B. NYHUS, Z.L. ZHANG, C. THAULOW |
| Effect of Hydrogenation and Plastic Predeformation on the Crack Growth Resistance of Structural Steel | |
| D.YU. PETRYNA, A.D. MARKOV, YE.I. KRYZHANIVSKYI, H.M. NYKYFORCHYN |
| Influence Factors of the Formation of ODA in Ultralong Fatigue Life Regime | |
| J. NAGATA, Y. MURAKAMI |
| Fatigue Life under Variable Amplitude Loading in a High Strength Steel Showing Step-Wise S-N Curve | |
| M. NAKAJIMA, K. TOKAJI, H. ITOGA, T. SHIMIZU |
| Fatigue Crack Growth in Re-welded AISI 4130 High Strength Steel | |
| M.P. NASCIMENTO, R.B. RIBEIRO, H.J.C. VOORWALD |
| Single-Parameter Prediction of Stable Crack Growth in Large-Scale Panels | |
| V.P. NAUMENKO |
| Modification of Dugdale Model to Include the Work Hardening and in and out of Plane Constraints | |
| A. NEIMITZ |
| Normalisation of Material Crack Resistance Curves by the T Stress | |
| B. NYHUS, Z.L. ZHANG, C. THAULOW |
| Evaluation of Fatigue Crack Closure from Local Compliance Measurements in Structural Steel | |
| M. TOYOSADA, M. SKORUPA, T. NIWA, T. MACHNIEWICZ, K. MURAKAMI, A. SKORUPA |