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 |
| Fatigue Strength of Crack-Healed Si3N4 at Elevated Temperature | |
| K. ANDO, F. YAO, M.C. CHU, S. SATO |
| The Effective Resistance of Pipeline Steels to Running Ductile Factures; Modelling of Laboratory Test Data | |
| R.M. ANDREWS, I.C. HOWARD, A. SHTERENLIKHT, J.R. YATES |
| Fracture of Bimetallic Structural Elements under Hydrogen - Temperature Interaction | |
| O.YE. ANDREYKIV, O. HEMBARA, V. SKALSKY |
| A New Specimen for Mode II Fracture Tests | |
| M.R. AYATOLLAHI, M.J. PAVIER, D.J. SMITH |
| Correlation Between Experiments and Strip Yield Model Results on Fatigue Crack Growth in a Structural Steel | |
| S. BERETTA, M. CARBONI, T. MACHNIEWICZ, M. SKORUPA |
| Laser Grating Extensometer LES for Whole-Field Strain Analysis in Fatigue | |
| D. BORONSKI, J. SZALA |
| New Fracture Criteria of Anisotropic Bodies with Cracks | |
| V.V. BOZHYDARNYK, G.T. SULYM |
| Fracture of Brittle Discs under Biaxial Loading | |
| A. BÖRGER, P. SUPANCIC |
| Fracture Mechanics Assessment of a Bi-Metallic Welded Joint | |
| W BROCKS, A. CORNEC, W. SCHÖNFELD |
| Critical Plane Approach for Fatigue Life Estimation under Multiaxial Random Loading | |
| A. CARPINTERI, A. SPAGNOLI, S. VANTADORI |
| Damage and Fracture of High Strength Stainless Steel Strip During Repeated Impact Loading | |
| G. CHAI G., F. SANDBERG |
| Model of Surface Fatigue Crack Nucleation as Result of Corrosion Deformation Interactions | |
| I.M. DMYTRAKH, A.M. SYROTYUK, R.S. HRABOVSKYI |
| 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 |
| Predictive Fracture Model for the Steady-State Failure of Adhesive Joints Using the «Plastic Wedge Peel Test» | |
| T. FERRACIN, J. SENER, C.M. LANDIS, F. DELANNAY, T. PARDOEN |
| Requirements on the Specimen Geometry to Determine Intrinsic Fracture Mechanics Values of Polymer Materials | |
| W. GRELLMANN, R. LACH, S. SEIDLER |
| Constraint Effect on Fracture Behaviour on Strength Mis-matched Weld Joints | |
| N. GUBELJAK, I. SCHEIDER, M. KOQAK, M. OBLAK, J. PREDAN |
| Cyclic Crack Tip Deformation Due to Single Transition Cycles in Biaxial Loading | |
| M.M.I. HAMMOUDA, H.E.M. SALLAM, A.S. FAYED |
| Bioactive Ability of Alkali Treated Titanium Alloy | |
| N. HISAMORI, A. NOZUE, M. AIZAWA, H. SUEMASU |
| Mechanistic Aspects of Hydrogen Damage in Fatigue Fracture of High Strength Bolt Steel | |
| N. KANEUCHI, T. SUZUKI, K. YAMADA |
| Analysis of Fatigue Cracks Propagation in Complex Structures | |
| J. KANIOWSKI J., J. SZALA |
| The Fretting Fatigue Limit Based on Local Stress at the Contact Edge | |
| Y. KONDO, C. SAKAE, M. KUBOTA, T. NAGASUE, S. SATO |
| Physical Nature of Brittle Strength Anisotropy of Deformed Metal | |
| S. KOTRECHKO, YU. MESHKOV, V. DNEPRENKO, N. STETSENKO |
| Time-Changeable Fracture Mechanics Parameters for Polymers under Impact Loading | |
| R. LACH, S. SEIDLER, S. SEIDLER, W. GRELLMANN, W. GRELLMANN |
| Strength and Fracture Toughness of the ESIS Silicon Nitride Reference Material | |
| T. LUBE, R DANZER, J KÜBLER, J. DUSZA, J.-P. ERAUW, H. KLEMM, V.M. SGLAVO |
| Prediction of Fracture in Plane Elements with Sharp Notches | |
| A. LUKASZEWICZ, A. SEWERYN |
| 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 |
| 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 |
| Interpretation and Inverse Analysis of the Wedge Splitting Test | |
| L. 0STERGAARD, H. STANG, J.F. OLESEN |
| Fatigue Damage Evolution in Unidirectional CFRP | |
| A. PLUMTREE, L. SORENSEN |
| 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 |
| Interpretation and Inverse Analysis of the Wedge Splitting Test | |
| L. 0STERGAARD, H. STANG, J.F. OLESEN |
| ESIS TC 8 - Numerical Round Robin on Micro-Mechanical Models - Results of Phase II/Task B2 on Cleavage Toughness Prediction on CT Specimen | |
| C. POUSSARD, C. SAINTE CATHERINE |
| Interaction between the Faces of a Squat-type Fatigue Crack Determined by Use of the Grating Holographic Interferometry | |
| P. PYRZANOWSKI, J. STUPNICKI |
| Micromechanical Approach - Transferability of Ductile Fracture Parameters | |
| M. RAKIN, A. SEDMAK, Z. CVIJOVIC, M ZRILIC |
| Conditions of The "Fish Eyes" Formation in The Process of Hydrogen Induced Destruction | |
| D. RENOWICZ, M. SOZANSKA |
| Crack Growth in Three-Dimensional Structures | |
| H.A. RICHARD, M. SCHOLLMANN, M. FULLAND |
| The conditions for Void Initiation in Metal Matrix Composites | |
| I. SABIROV, D. DUSCHLBAUER, H.E. PETTERMANN, O. KOLEDNIK |
| Development of a Toughness Testing Technique, for Zircaloy Cladding, Using an Internal Conical Mandrel (ICM) | |
| C. SAINTE CATHERINE, S. CARASSOU, N. RAMASUBRAMANIAN, C. LEMAIGNAN, P. BILLOT |
| Near-Threshold Fatigue Crack Propagation in Austenitic Stainless Steels | |
| C. SARRAZIN-BAUDOUX, J. PETIT, C. AMZALLAG |
| Investigation Of The Abnormal Near- Threshold Fatigue Crack Propagation on a Ti6246 Alloy | |
| C. SARRAZIN-BAUDOUX, J. PETIT, F. MIGNOT, V. DOCQUET |
| Microstructural Short Fatigue Crack Growth - Effect of Mixed Mode Conditions and Crack Closure | |
| A. SCHICK, C.-P. FRITZEN, W. FLOER, U. KRUPP, H.-J. CHRIST |
| Fatigue of Structures and Materials in the 20th Century and the State of the Art. | |
| J. SCHIJVE J. |
| Scaling of Charpy Fracture Energy with Specimen Size | |
| H.J. SCHINDLER, P. BERTSCHINGER, S. VODENICHAROV |
| Modelling of Fatigue Crack Propagation and Brittle Fracture Problems | |
| A. SEWERYN A., A. TOMCZYK, Z. MROZ |
| Estimating 3-D SE(B) Fracture Parameters using 2-D Equations | |
| G. SHEN G., R. BOUCHARD, W.R. TYSON |
| Evaluation of Miniature Specimens for the Determination of Low Constraint Cleavage Toughness | |
| A.H. SHERRY, S. JACQUES, M.A. WILKES, G. WARDLE, P.J. BUDDEN |
| Failure of Ti Plates for Oral and Maxillo-facial Surgery | |
| A.P. SILVA, G. SPERA, C. AZEVEDO |
| 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 |
| Method for Estimation of Volume Damages in Composites by Usage of Acoustic Emission Criteria | |
| V.R. SKALSKY, O.M. SERHIYENKO, O.YE. ANDREYKIV |
| 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 |
| Fatigue Crack Growth in 0.15C-2Cr-Mo-V Steel After its High Temperature Hydrogen Degradation | |
| T. STAHIV, O. STUDENT, I. DZIOBA, M. GAJEWSKI |
| Modelling crack growth by level sets | |
| M. STOLARSKA, D.L. CHOPP, N. MOES, T. BELTYSCHKO |
| Fatigue Damage Mechanisms in Duplex a-y Steels | |
| J. STOLARZ |
| Damage Mechanics Application on Destroyed Steel Bridge | |
| D. SUMARAC, R. SALATIC |
| Resistance to Fracture and Fatigue Crack Growth in Ni3Al Phase Based Intermetallic Alloy | |
| L. SNIEZEK L., Z. BOJAR, P. JÓZWIK |
| Simple Calculation of Geometrical Shielding at Intergranular Crack Front by Means of Pyramidal Model | |
| P. SANDERA, J. HORNÍKOVÁ, J. POKLUDA |
| Evaluation of Fatigue Crack Closure from Local Compliance Measurements in Structural Steel | |
| M. TOYOSADA, M. SKORUPA, T. NIWA, T. MACHNIEWICZ, K. MURAKAMI, A. SKORUPA |