General Papers
| A Damage Micromechanics Approach of a Heterogeneous Material | |
| DAN WEI., BAPTISTE D., BOMPARD Ph., FRANCOIS D. |
| Determination of Geometry-Independent Fracture Mechanical Parameters of Polymers | |
| GRELLMANN W., SEIDLER S. |
| Elastic-Plastic Finite Element Analysis of Welded Structures Containing Cracks and Comparison with Experiments | |
| TWICKLER R., DAHL W. |
| Failure Analysis of Welded Wide Plates Using Fracture Mechanics Concepts | |
| DAHL W., HEUSER A., KREBS H. |
| Failure Behaviour of Wide Plates with Different Geometries and its Prediction Based on Fracture Mechanics | |
| HUBO R., DAHL W., EHRHARDT H. |
| Fatigue Analysis for Multiaxially Loaded Structures Based on Finite Element Method | |
| OTT W., NOWACK H. |
| Fatigue Crack Growth Under Mixed Mode and Mode II Cyclic Loading | |
| HENN K., RICHARD H. A., LINNING W. |
| Fatigue Crack Propagation in a Single Crystal Superalloy at Elevated Temperature | |
| MURPHY O. R., MARTIN J. W. |
| Fracture Toughness of Low - Temperature 10N2 and 10N3 Steels | |
| MAZUR W., MAGUDA T., MAZUR M. |
| Measurements of Crack Growth by Means of Continuous Sound During Instrumental Charpy-Test | |
| KALKHOF D., GOERNER W. |
| Numerical Study of Stable Crack Growth | |
| BROCKS W., ERBE H. H., YUAN H. |
| On a Generalization of Irvin's Formula for Curvilinear Interface Cracks in Brittle Two-Phase Composite Structures | |
| HERRMANN K. P., MEINERS W. |
| On the Influence of Microstructure upon Crack Propagation Mechanism and Fracture Toughness | |
| HALIM A., SUN D. Z., DAHL W. |
| Predicted Fatigue Fracture Planes According to Variance of Shear - Stress under Random Triaxial Stress State | |
| BEDKOWSKI W., LACHOWICZ C., MACHA E. |
| Stable Crack Growth of a Semi-Elliptical Outer Surface Crack in a Pressure Vessel | |
| BROCKS W., KONECKE G. |
| The Distribution of Stress-Intensity Factors for a Large Crack Distributed by a Small Crack | |
| FISCHER F. D., MAURER K. L., DAVES W. |