General Papers
| Sensitivity to Defects and Fracture Mechanics for Metallic Materials under Fatigue Loading | |
| B. ATZORI, P. LAZZARIN, G. MENEGHETTI |
| Correlation Between Experiments and Strip Yield Model Results on Fatigue Crack Growth in a Structural Steel | |
| S. BERETTA, M. CARBONI, T. MACHNIEWICZ, M. SKORUPA |
| The Geometry and Size Dependence of the Common Format Constraint Factor | |
| J.R. DONOSO J.R., U. MUEHLICH, J.D. LANDES |
| Metal/Ceramic Thin Film Adhesion Measured by Cross-Sectional Nanoindentation | |
| M.R. ELIZALDE M.R., J.M. SÁNCHEZ, J.M. MARTÍNEZ-ESNAOLA, D. PANTUSO, T. SCHERBAN, B. SUN, J. XU |
| Contact Strength of Ceramics under Opposed Roller Loading | |
| T. FETT, D. MUNZ, G. THUN |
| Effect of Heat Treatment on Fracture Properties of High-Chromium White Cast Iron | |
| M. JANSSEN, M.B. VAN LEEUWEN, M.F. MENDES DE LEON |
| On Some 3-D Thermoelastic Problems of Periodically Layered Composites Containing Interface Cracks | |
| A. KACZYNSKI A., S.J. MATYSIAK |
| Thermal Stresses Around Interface Penny-Shaped Crack in a Laminated Composite | |
| A. KACZYNSKI A., B.YE. MONASTYRSKYY |
| 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 |
| Local and Global Approaches to Giga Cycles Fatigue Threshold | |
| Y. KATZ, Y. MURAKAMI, W.W. GERBERICH |
| Influence of Environment on Fatigue Crack Growth in Titanium Aluminides and Hydrogen Evolution Behavior Evaluated by Thermal Desorption Spectroscopy | |
| K. KOMAI, K. MINOSHIMA, K. OBARA, N. MINAMINO |
| Physical Nature of Brittle Strength Anisotropy of Deformed Metal | |
| S. KOTRECHKO, YU. MESHKOV, V. DNEPRENKO, N. STETSENKO |
| Influence of Pre-Exposition and Pre-Loading on the Environmental Stress Cracking of a PBT/PBA Co-Poly(Ester Ester) | |
| N.B. KUIPERS, A.C. RIEMSLAG, R.F.M. LANGE, M. JANSSEN, R. MARISSEN, A. BAKKER |
| Residual Fatigue Life of Flash Welded Steel Joints: Microstructural and Overloading Effects | |
| M.R. LOPES, M.V. PEREIRA, F.A. DARWISH, S.H. MOTTA, M.A. CARNEIRO |
| Initiation and Growth of Thermal Fatigue Crack Networks in a 304 L Type Steel | |
| V. MAILLOT, A. FISSOLO, G. DEGALLAIX, B. MARINI, J.-C. LE ROUX |
| Fatigue Crack Nuclei in Austempered Ductile Cast Iron | |
| T.J. MARROW, H. QETINEL, M. AL-ZALMAH |
| X-ray Tomography of Short Fatigue Cracks in Ductile Iron | |
| T.J. MARROW, H. QETINEL, S. MACDONALD, P.J. WITHERS, A. VENSLOVAS, M. LEONAVIQIUS |
| Controlled Crack Growth with a Dual-Tip Indenter | |
| A. MARTÍN-MEIZOSO, J. GIL-SEVILLANO, J.M. MARTÍNEZ-ESNAOLA, M. FUENTES |
| An Assessment of the Probability of Root Failures in Load Carrying Cruciform Joints of Duplex Stainless Steel 2205 | |
| R.F. MARTINS, C.M. BRANCO |
| Damage Process and Crack Propagation in Materials | |
| YU.G. MATVIENKO |
| Interaction of the Mode III Interface Crack with a Thin Stiff Nonideal Interface | |
| G.S. MISHURIS |
| Creep and Creep-Fatigue Crack Behaviour of 1Cr- and Modified 10Cr-steels in Air and Inert Gas | |
| F. MUELLER, A. SCHOLZ, J. GRANACHER, G. SCHELLENBERG, W. STADTMUELLER, A. KLENK |
| Growth Mechanism and Threshold of Mode II and Mode III Fatigue Crack | |
| Y. MURAKAMI, R. KUSUMOTO, K. TAKAHASHI |
| Investigations on the Dynamic Fracture Toughness Behaviour of Nodular Cast Iron | |
| K. MÜLLER K., W. BAER, P. WOSSIDLO, D. KLINGBEIL |
| Fracture Model in Bonded Joints: Initiation and Propagation | |
| A. MÜNCH A., Y. OUSSET |
| Influence Factors of the Formation of ODA in Ultralong Fatigue Life Regime | |
| J. NAGATA, Y. MURAKAMI |
| 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 |
| Investigation Of The Abnormal Near- Threshold Fatigue Crack Propagation on a Ti6246 Alloy | |
| C. SARRAZIN-BAUDOUX, J. PETIT, F. MIGNOT, V. DOCQUET |
| Modelling of Fatigue Crack Propagation and Brittle Fracture Problems | |
| A. SEWERYN A., A. TOMCZYK, Z. MROZ |
| Experimental and Analytical Studies on Fatigue Crack Growth and Fracture Behaviour of Carbon Steel Elbows | |
| P.K. SINGH, K.K. VAZE, H.S. KUSHWAHA, D.M. PUKAZHENDI, S. SEETHARAMAN, D.S.R. MURTHY |
| Brittle Fracture of Polycrystals: a New Pseudo Three-Dimensional Model | |
| G.E. SMITH, A.G. CROCKER, P.E.J. FLEWITT, R. MOSKOVIC |
| Structural Integrity Assessment of Concrete Using a New Nondestructive Method | |
| A. SPAGNOLI A., K. MORI, Y. MURAKAMI, G. KONDO, I. TORIGOE |
| Modelling crack growth by level sets | |
| M. STOLARSKA, D.L. CHOPP, N. MOES, T. BELTYSCHKO |
| Evaluation of Fatigue Crack Closure from Local Compliance Measurements in Structural Steel | |
| M. TOYOSADA, M. SKORUPA, T. NIWA, T. MACHNIEWICZ, K. MURAKAMI, A. SKORUPA |