General Papers
| Influence of Crack Tip Shielding on Silicon Toughness Theoretical and Experimental Study | |
| G. MICHOT |
| Micromechanics and Crack Spectra | |
| B. MICHEL, P. WILL |
| Experimental Study of Path Independance of the J-Integral in an HSLA Steel Tensile Panel | |
| D.T. Read, J. C. MOULDER, J. CARDENAS-GARCIA |
| Application of the Key Curve Method on Static and Dynamic J R-Curve Determination with CT— and SENB-Specimens | |
| K. BRUNINGHAUS, R. TWICKLER, M. TWICKLER, A. HEUSER, D. MEMHARD, W. DAHL |
| Scatter of Fracture Toughness in the Ductile-Brittle Transition Region | |
| W. EHL, D. MUNZ, A. BRÜCKNER |
| Application of a Global-Local Blended Type Finite Element in Thermal Fracture | |
| J.M. MARTINEZ ESNAOLA, I. MIRANDA, J.M. BASTERO |
| The State of the Art in Assessing Structural Integrity | |
| I. MILNE |
| Revision 3 of R6, Its Background and Validity | |
| R.A. AINSWORTH, A.R. DOWLING, I. MILNE, A.T. STEWART |
| Fracture Analysis of a Suspension Bridge Link Eye | |
| A. BLAKEBOROUGH, M. S. G. CULLIMORE, P. J. MASON |
| Influence of the Structure and of the Temperature Field on the Formation and Propagation of Thermal Fatigue Cracks | |
| W. ZLEPPNIG, R. DANZER, F. D. FISCHER, K. L. MAURER |
| Influence of a Residual Surface Stress Field near the Crack Tip on Crack Propagation | |
| E. WELSCH, D. EIFLER, B. SCHOLTES, E. MACHERAUCH |
| Mechanism of Low Cycle Small Surface Crack Propagation | |
| N. A. MAKHUTOV, I. V. MAKARENKO |
| The Expected Position of Fatigue Fracture Planes according to Variance of the Reduced Stress | |
| W. BEDKOWSKI, E. MACHA |
| Experimental and Numerical Analysis on Fatigue Crack Propagation on Three Medium-Strength Steels | |
| L. FELLONI, R. FRATES, A. LA BARBERA, M. MARCHETTI |
| Brittle Fracture under Mixed Mode I/Mode II Loading | |
| T. M. MACCAGNO, J. F. KNOTT |
| The Effect of Dispersoids on Fatigue Crack Propagation in Al-Zn-Mg Alloys | |
| M. HARRISON, J. W. MARTIN |
| Effect of Prior Cold Work on Low Cycle Fatigue Behaviour of AISI Type 304 Stainless Steel | |
| K. B. S. RAO, R. SANDHYA, S. L. MANNAN, P. RODRIGUEZ |
| Cleavage and Ductile Fracture Mechanisms Fracture Energy Analysis via Acoustic emission | |
| L. I. MASLOV, V. V. SUKHAREVSKY |
| The Influence of Loading Rate on the Ductile-Brittle Transition and Cleavage Fracture Stress of 2.25 Cr-1Mo Steel | |
| M. HOLZMANN, B. VLACH, J. MAN |
| Brittle Fracture Nucleation in SA 533B-1 Steel | |
| A. MARTIN MEIZOSO, J. M. RODRIGUEZ IBABE, J. L. VIVIENTE SOLÉ, J. GIL SEVILLANO |
| Modelling of Cleavage Fracture in Microalloyed Steels with Mixed Ferrite-Bainitic Structure | |
| B. STRNADEL, E. MAZANCOVÁ, K. MAZANEC |
| Relationship between Microstructure, Tensile Ductility and Fracture Toughness of Ti and Al-Alloys | |
| C. MULLER, A. GYSLER, G. LUTJERING |
| Interactions between Brittle Fracture and Twinning in Tungsten subjected to Compression Tests at 77 K | |
| TRAN—HUU LOI, J. P. MORNIROLI, M. GANTOIS |
| Influence of a 3.5% NaCl Solution on the Fracture Mechanisms of Al-Zn-Mg Alloys in Fatigue and Tension | |
| T. MAGNIN, P. RIEUX, C. DUBESSV, J. LE COZE |
| The Effect of Hydrogen on the Ductility of Aluminium-Tin Alloys | |
| A. K. BUSBY,, J. W. MARTIN |
| Numerical Methods for the Description of "Ceramic Steels" (ZrO2 containing Ceramics) | |
| W. H. MULLER |
| Microstructural Short Cracks in Fatigue | |
| K.J. MILLER |
| Fracture Characterization of Composites in Mixed Mode Loading | |
| C. A. C. C. REBELO, A. T. MARQUES, P. M. S. T. DE CASTRO |