General Papers
| A Simplified Key-Curve Procedure for J-R-Curve Testing of CT-Specimens | |
| WALLIN K. R., TORRONEN K. |
| Comparison of the Fracture Behaviour of a Structural Component with Test Specimen Behaviour | |
| NEALE B. K. |
| Crack Initiation and Early Crack Growth in Low Cycle Fatigue of Anodized 2024 Aluminium Alloy | |
| HABIB K., DANIELS R. |
| Creep Crack Growth Behaviour of Selected Turbine Steels | |
| MAILE K., TSCHEUSCHNER R. |
| Experimental Investigations of Fracture Mechanisms of Brittle Photoelastic Material | |
| KRUSZKA L., NOWACKIW. K., WOLNA M. |
| Experimental Technique for Biaxial Testings of Failure on Semi-Brittle Steels | |
| NEGA H., SANDLER K. |
| Fatigue Crack Growth Under Mixed Mode and Mode II Cyclic Loading | |
| HENN K., RICHARD H. A., LINNING W. |
| Fracture Behaviour of Al-Li Alloys Compared to Conventional High Strength Al Alloys | |
| PETERS M., WELPMANN K., ESCHWEILER J. |
| Fracture Toughness Prediction of Structural Ferrite -Bainitic Stells | |
| STRNADEL B., MAZANCOVA E., MAZANEC K. |
| Some Experimental Observations on Cyclic Creep under Magnetic Field | |
| BHAT I. K., MUJU M. K., GHOSH A. |
| The Behaviour of a Perpendicular Penny-Shaped-Crack Situated Closely to the Free Surface of a Halfspace | |
| FISCHER F. D., MAYRHOFER K. |
| The Influence of Environment and Metallurgical Factors on Fatigue Crack Growth of High Strength Steel | |
| MATOCHA K., HYSPECKA L., MAZANEC K. |
| The Model of the Brittle Failure in a Dual-Phase Composite of Damaged Structure | |
| MAISTRENKO A., KROMP K., MUELLER M. |
| To Approaches of Elastic-Plastic Fracture Mechanics | |
| KALNA K. |