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ECF9 Contents
Foreword | |
Fundamentals of Ductile Fracture, including Numerics | 1 |
Fundamentals of Ductile Fracture B. Bilby | 3 |
Numerical Studies on Stable Crack Growth | 19 |
J Integral Calculations in Mixed-Mode Elastic-Plastic Crack Problems P. Diekmann, F.G. Buchholz, H. Grebner and H.A. Richard | 35 |
J Integral for Thin Shells A. Sednak, M. Berkovic and J. Jaric | 45 |
On Stress Relaxation at the Tip of a Crack under Normal Tension | 55 |
Assessment of Crack Initiation and Crack Growth in Multiphased Materials using FEM and Microstructural Models Kh. G. Schmitt-Thomas andJ. Schmitt | 65 |
An Energy Analysis of Elastic-Plastic Fracture | 75 |
On the Crack Extension Energy Rate in Elastic-Plastic Bodies | 87 |
Thermoelastic-Plastic FEM-Analysis of a Semi-Elliptical Surface Crack in a Cylinder under Non-Axi-Symmetric Cooling M. Kuna, H. Kordisch and A. Ockewitz | 101 |
Finite Elements Fracture Simulation of A533B Steel Sheet Specimens J.C. Newman, K.N. Shivakumar and D.E. McCabe | 117 |
On the Criteria of Fracture Mechanics and Local Parameters Based on the Energy-Momentum Tensor | 127 |
Crack Tip Constraint | 139 |
On the Effect of Constraint on Ductile Fracture A. Sommer and D. Aurich | 141 |
Ability of using Experimental Measurements of delta to Predict Crack Initiation for Structural Components W.G. reuter, S.M. Graham, W.R. lloyd and R.L. Williamson | 175 |
On the Influence of Triaxiality of the Stress State on Ductile Tearing Resistance W. Brocks and G. Kunecke | 189 |
J and CTOD Analysis | 203 |
Three-Dimensional Aspects of HRR-Dominance D.M. Parks | 205 |
Development of an Engineering Definition of the Extent of J Controlled Crack Growth J.A. Joyce and E.M. Hackett | 233 |
Modelling Elastic-Plastic Crack Growth with Dugdale Model H.A. Ernst and E.T. Pollitz | 251 |
The Effect of Specimen Size and Geometry on J-R- Curve Behaviour R.L. Jones and J.R. Gordon | 271 |
An Improved Procedure for Calculating COD from the Plastic Component of Clip-Gauge Displacement O. Kolednik | 285 |
Alternative Representations for Scaled R Curves in a Titanium Alloy S.J. Jhon and C.E. Turner | 299 |
An Application of the J Integral to an Incremental Analysis of Blunting Crack Behaviour J.G. Merkle | 319 |
An Investigation of Two and Three-dimensional Elasto-Plastic Crack Growth Experiments J. Faleskoy, K. Zaremba, F. Nilsson and H. Oberg | 333 |
Theoretical and Experimental Investigations of Fracture by FEM and Grating Methods K. Andersen, R. Ritter and E. Steck | 345 |
Crack Growth Onset in Biaxially Loaded Elasto-Plastic Plates V.P. Naumenko and V.A. Radovsky | 363 |
Ductile-to-Brittle Transition: Continuum Mechanics, Microstructural Aspects and Statistical Aspects | 379 |
Local versus Global Approaches to Elastic-Plastic Fracture Mechanics. Application to Ferritic Steels and a Cast Duplex Stainless Steel | 381 |
Statistical Modelling of Fracture in the Ductile-to Brittle Transition region K. Wallin | 415 |
Numerical Prediction of Ductile Fracture Resistance Behaviour based on Micromechanical Models D.Z. Sun, B. Voss and W. Schmitt | 447 |
Fractographic Study of Toughness Variability in the Transition Region V. Bicego and C. Rinaldi | 459 |
Micromechanical Implications of the Weakest Link Model for the Ductile-Brittle Transition Region A. Bruckner-Foit, D. Munz and B. Trolldenier | 477 |
Nucleation and Growth of Microcracks: an improved Dislocation Model and Implications for Ductile/Britle Behaviour Analysis V.S. Kharin | 489 |
Probability Distribution of Cleavage Fracture Stress and Scatter of Fracture Toughness T. Miyata, A. Otsuka, T. Katayama and T. Otake | 501 |
Correlation between Instrumented Notched-Bar, Tensile and Ktc Tests on the Basis of Steel Specimens in Different Conditions K. Reiff, A. Gerscha and E. Klausnitzer | 517 |
Relationship between Fracture Toughness in the Ductile-Brittle Transition region and Microstructural Parameters in Spheroidized Steels B. Strnadel, E. Mazancova and K. Mazanec | 527 |
Dynamic Toughness Fracture of some Metallic Materials (Probabilistic Aspects) B. tolba and G. Pluvinage | 539 |
A Model for Transition Fracture of Structural Steels from Observation of Isolated Cleavage regions J.P. Gudas, G.R. Irwin, R.W. Armstrong and X.J. Zhang | 549 |
The Ductile-to-Brittle Transition of a Pressure Vessel Steel Embrittled by Step Cooling Treatment M. Holzmann, B. Vlach and J. Man | 569 |
Effect of Heat Treatment on the Fracture Toughness Transition Properties of an A508 Class Steel G.P. Gibson, M. Capel and S.G. Druce | 587 |
Prediction of Cleavage Fracture Events in the Brittle-Ductile Transition Region of a Ferritic Steel A. Bakker and R.W.J. Koers | 613 |
A Statistiscal Study of the Effect of Local Brittle Zone (LBZ) on the Fracture Toughmess (CTOD) of Weldments S. Machida, T. Miyata, Y. Hagiwara, H. Ypshinari and Y. Suzuki | 633 |
Interpretation of Fracture Toughness in the Ductile-to-Brittle Transition Region by Fractographical Observations J. Heerens, D.T. Read, A. Cornec and K.H. Schwalbe | 659 |
Ductile fracture dynamics | 679 |
On the Ductile Crack Initiation and Behaviour of a Pressure Vessel Steel under Impact Loading W. Bohme and W. Schmitt | 681 |
Experimental Evaluation of CTOA in Controlling Unstable Ductile Fracture Propagation G. Demofonti and L. Rizzi | 693 |
Size and Geometry Effects; Transferability | 705 |
Something New on Size and Constraint Effects for J-R Curves R.E. Link, J.D. Landes, R. Herrera and Z. Zhou | 707 |
Circumferentially Cracked Pipes L. Gruter, H. Huthmann, and A. Cornec | 723 |
On the Problem of Transferability in the CTOD Concept H. Amstutz and T. Seeger | 739 |
Crack Growth Resistance at Surface Cracks in Three Aluminium Alloys H.-M. Bauschke, D. T. Read, and K.-H. Schwalbe | 749 |
Fracture Toughness Testing of Sub-Sized and Weld-Reconstructed Specimens V. Biceqo, E. Lucan, and S. Ragazzoni | 765 |
Influence of Notch Acuity on the Temperature Dependence of Fracture Mechanics Values R. Hubo, A. Halim, and W. Dahl | 781 |
The Effect of Specimen Geometry on Fracture Toughness Transition Behaviour E. Morland, T. Ingham, and D. Swan | 795 |
Assessment of Welds | |
The Measurement of Fracture Toughness and the Application of Fracture Mechanics Assessment Methods to Weldments S. J. Garwood | 811 |
JR Curve Testing of Welded Joints in Offshore Steels W. Dahl, H. Krebs, R. Schlim, F. Becker, and B. Lian | 837 |
Evaluation of HAZ Toughness by CTOD and Tensile Panels HM. Kocak, S. Yao, L. Chen, and K.-H. Schwalbe | 845 |
J Integral Testing of SA Weldments on HSLA Steel with Different Treatments after Welding I. Rak, V. Gliha, L. Sidjanin, and B. Petrouski | 861 |
Weldment Fracture Toughness Measurements using T-CTOD Specimens D. T. Read | 879 |
The Effect of Weld Metal Strength Mismatch on J and CTOD M. J. Cray, A. R. Luxmoore, and J. D. G. Sumpter | 893 |
Coping with Residual Stresses in the Integrity Assessment of an As- Welded Repair N. Knee | 909 |
Ductile Fracture in Aluminium Alloy We1dments J. R. Gordon and S. J. Garwood | 925 |
Component Assessment | 941 |
Component Assessment: Fracture Mechanics for Added Value I. Milne | 943 |
Fracture Mechanics Analysis of Destructive Large-Scale Pressure Vessel Tests A. Saarenheimo, H. Talja, and H. Keinanen | 957 |
The Effect of Residual Stresses on the Residual Strength of the Welded Pressure Vessel with an Axial Notch T. AdZiev, S. Sedmak, and B. Petrovski | 975 |
Elastic-Plastic Handbook Solutions: Experimental Evaluation and User Guide R. E. Link, J. D. Landes, and R. Herrera | 985 |
Application of Elastic-Plastic Defect Assessment to a Flawed Carbon-Manganese Steel Pressure Vessel D. J. Smith and J. R. Gordon | 1005 |
Assessment of Stable Growth of Surface Flaws H. Talja, H. Kordisch, and L. Hodulak | 1025 |
Reproducible Flaws for Tests in Fracture Mechanics on Structures and Welded Joints K. Wobst and H. Krajka | 1041 |
Aspects of Assessment of Defects in Welded Joints and Related Reliability Analysis Treatments F. M. Burdekin, H. K. Saket, S. D. Thurlbeck, and J. G. Frodin | 1051 |
Appendix J - the Deformation Plasticity Failure Assessment Diagram (DPF AD) Approach to Evaluation of Flaws in Ferritic Piping J. M. Bloom | 1073 |
Justification of Dimensioning Criteria for a Rocket Motor Case using Fracture Mechanics P. Agatonovic, H. Kordisch, and E. Sommer | 1095 |
The Engineering Treatment Model (ETM) - a Simple Method for Estimating the Driving Force under Elastic-Plastic and Plane Stress Conditions K.-H. Schwalbe, A. Cornec, and J. Heerens | 1111 |
Application of the Engineering Treatment Model (ETM) to the Prediction of the Behaviour of a Circumferentially Cracked Pipe | 1125 |