General Papers
| High Temperature Creep-Fatigue Crack Initiation in 718-DA Ni Based Superalloy | |
| F. ALEXANDRE, R PIQUES, S. DEYBER, A. PINEAU |
| A New Specimen for Mode II Fracture Tests | |
| M.R. AYATOLLAHI, M.J. PAVIER, D.J. SMITH |
| Ductile rupture of 2024 aluminum thin sheets - Experimental study of damage growth and crack initiation | |
| F. BRON, J. BESSON, A. PINEAU, J.-C. EHRSTROM |
| 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 |
| Fatigue of Materials under Cyclic Loading with Participation of the Mean Load | |
| G. GASIAK G., R. PAWLICZEK |
| Description of Fatigue Crack Rate with the Use of AJ Integral Range for Notched Specimens under Tension and Bending | |
| G. GASIAK, D. ROZUMEK, R. PAWLICZEK |
| Constraint Effect on Fracture Behaviour on Strength Mis-matched Weld Joints | |
| N. GUBELJAK, I. SCHEIDER, M. KOQAK, M. OBLAK, J. PREDAN |
| Fracture Toughness Prediction for a Low-alloy Steel in the DBBT range | |
| P. HAUSILD, C. BERDIN, P. BOMPARD, C. PRIOUL, A. PARROT |
| Guideline on Fracture Mechanics Proof of Strength for Engineering Components | |
| L. HODULAK, J.G. BLAUEL, C. BERGER, B. PYTTEL, C.P. GERDES |
| Fracture Analyses of Circumferential Surface Cracked Pipes | |
| Y.-J. KIM, J.-S. KIM, Y.-W. PARK |
| Investigation of the Brittle Failure Properties of an A42 Pipeline Steel Butt Weld: Comparison of the Base Metal, Simulated HAZ and Weld Metal | |
| L. LAM THANH, R. PIQUES, A.F. GOURGUES, R. BATISSE, P. WIDENT |
| Failure Probability Model of Buried Pipeline | |
| O.S. LEE, J.S. PYUN, S.W. HWANG |
| Brittle Slow Crack Growth in Polyamide 11: Mechanics and Mechanisms (Creep and Ageing) | |
| X. LEFEBVRE, L. LAIARINANDRASANA, G. PERRIN, A. DRIANCOURT, R. PIQUES |
| 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 |
| Methods for Residual Life Estimation of Welded Joints | |
| V.V. PANASYUK, O.YE. ANDREYKIV, M.V. LISHCHYNSKA |
| Evolution of a System of Edge Cracks in the Region of Rolling Bodies Cyclic Contact | |
| V.V. PANASYUK, O.P. DATSYSHYN, A.B. LEVUS |
| Prediction of Ductile Fracture of High-Rate Loaded Steel Structures | |
| G. PAPE, M. JANSSEN, A. BAKKER |
| Grain Boundary Versus Transgranular Ductile Failure in Aluminum Alloys | |
| T. PARDOEN T., D. DUMONT, A. DESCHAMPS, Y. BRECHET |
| Micromechanics-Based Model for Trends in Toughness of Ductile Metals | |
| T. PARDOEN, J.W. HUTCHINSON |
| Validation of R6 Using Finite Element Analyses of Cracked Cylinders under Thermal Loading | |
| R.D. PATEL |
| Fracture Model for an Interface Crack with Bridged Zone | |
| M.N. PERELMUTER |
| 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 |
| Analysis of Ductile Mixed-Mode I/II Fracture Initiation with a Nonlinear CDM Model | |
| A. PIRONDI, N. BONORA |
| Fatigue Damage Evolution in Unidirectional CFRP | |
| A. PLUMTREE, L. SORENSEN |
| Linear and Geometric Nonlinear Finite Element Analysis of Cracked Square Plates under Mode I and Mode II Loading | |
| L.P. POOK |
| Methods for Residual Life Estimation of Welded Joints | |
| V.V. PANASYUK, O.YE. ANDREYKIV, M.V. LISHCHYNSKA |
| Evolution of a System of Edge Cracks in the Region of Rolling Bodies Cyclic Contact | |
| V.V. PANASYUK, O.P. DATSYSHYN, A.B. LEVUS |
| 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 |
| The Effect of Microstructure on Fracture Toughness of Ultra-Low Carbon Bainitic Steels | |
| S.M. PYTEL, W. TOMASZEWSKA-GORECKA |
| The conditions for Void Initiation in Metal Matrix Composites | |
| I. SABIROV, D. DUSCHLBAUER, H.E. PETTERMANN, O. KOLEDNIK |
| 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 |
| 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 |
| Simple Calculation of Geometrical Shielding at Intergranular Crack Front by Means of Pyramidal Model | |
| P. SANDERA, J. HORNÍKOVÁ, J. POKLUDA |
| Ductile-Brittle Transition in Charpy and CT tests/Experiments and Modelling | |
| B. TANGUY, J. BESSON, R. PIQUES, A. PINEAU |
| The Influence of Embrittling Additives and Residual Stresses on Fatigue Crack Growth Rate in Welded Titanium Joints | |
| V.T. TROSHCHENKO, V.V. POKROVSKY, V.L. YARUSEVICH |
| X-Ray Dynamical Defectoscopy: A Way to study Damage Processes | |
| D. VAVRIK, J. JAKUBEK, J. VISSCHERS, S. POSPISIL, J. ZEMANKOVA |