General Papers
| Some Properties of the Boundary Layer in Elastic Bodies Containing a Crack | |
| G. Prantl |
| Stress Intensity Factor KI and Energy Release Rate G in the Case of a Transverse Crack in a Cylindrical Tensioned Wire | |
| M.M. A. Athanassiadis, J.M. Boissenot, P. Brevet, D. François, A. Raharinaivo |
| Photoelastic Study of two Biaxial Stress Fracture Specimens | |
| C.R. Wachnicki, J.C. Radon |
| An Investigation of Curved Crack Propagation | |
| H. Bergkvist, L. Guex |
| Characterization of Fracture Toughness by Developed Deformation at Crack Extension; Comparison with Energy Balance Considerations | |
| H. van Elst |
| Triaxiality Effects in Cleavage Fracture of Ferritic Steels | |
| I. Milne, G.G. Chell |
| Fracture Toughness Measurements on Reactor Steels | |
| B.W. Pickles |
| The Measurement of R-Curves for a Structural Steel | |
| A.A. Willoughby, P.L. Pratt |
| Influence of Specimen Size on Fracture Toughness | |
| V. Dahl, H.-Ch. Zeislmair |
| On the Determination of Material Fracture Parameters in Yielding Fracture Mechanics | |
| J.G. Blauel, T. Hollstein |
| J-Determination Using SEN-Specimens for the Structural 186 Steel St E 46o (Ni - V) | |
| T. Hollstein, J.G. Blauel |
| Round Robin Test as a Comparison of Crack Opening Displacements | |
| C. Berger |
| Numerical Experiences with an Energy-Based Fracture Criterion | |
| J. Redmer, W. Dahl, M.H. Bleackley |
| The Determination of COD with the Dugdale Model | |
| K.-H. Schwalbe |
| The Grain Size Dependence of Cleavage Fracture Toughness in Mild Steel | |
| D.A. Curry |
| Influence of Strain Rate and Temperature on the Tensile 226 and Fracture Properties of three Structural Steels | |
| V. Dahl, A. Krabiell |
| Fracture Toughness of Cemented Carbides | |
| J.L. Chermant, F. Osterstock |
| The Role of Microcracking on Fracture Toughness of Brittle Composites | |
| F.E. Buresch |
| On the Influence of Cyclic Stress-Strain Curves, Damage Parameters, and Various Evaluation Concepts on the Life Prediction by the Local Approach | |
| J. Bergmann, T. Seeger |
| The Effects of Stress Ratio, Thickness and Frequency on Fatigue Crack Growth in Structural Steel Used in Marine Technology | |
| J.K. Musuva, J.C. Radon |
| Crack Growth in Constant Load and Constant Displacement Cycling | |
| J.C. Radon, P.M.S.T. de Castro, L.E. Culver |
| A Comparative Study of Fatigue Crack Retardation in Air and Vacuum | |
| N. Ranganathan, J. Petit, A. Nadeau |
| Crack Closure along the Fatigue Crack Front of Centre Cracked Specimens | |
| H.L. Ewalds, R.T. Furnee |
| Sequence Effects in Fatigue Crack Growth Described on an Continuum Mechanics Basis | |
| H. Fiihring, T. Seeger |
| Crack Closure Effects in Steel | |
| P. Mille, G. Pluvinage |