General Papers
| A Geometrical Model for Fatigue Crack-Closure | |
| LAFARIE—FRENOT M. C., GASC C. |
| Computations and Experiments on the Integrity of Components Containing Part- Through Cracks | |
| PRODAN M., RADON J. C. |
| Effect of Microstructure on Fatigue Breaking of E Glass-Epoxy | |
| VINCENT L., FIORE L., PUGET P., GOURDIN C. |
| Factors Affecting Fatigue Crack Propagation in Polyethylene Pipe Systems | |
| LAWRENCE C. C. |
| Interface Crack Growth Control by Means of a New Fiber Design | |
| HEITZER J., MATTHECK C. |
| Interlaminar Fracture of Composite Materials | |
| ROULIN-MOLONEY A. C., DA VIES P. |
| Predicted Fatigue Fracture Planes According to Variance of Shear - Stress under Random Triaxial Stress State | |
| BEDKOWSKI W., LACHOWICZ C., MACHA E. |
| Stress Intensity Factors of Cracks Originating from a Hole Situated Between Wall- Reinforcements | |
| MATTHECK C., BURKHARDT S. |
| The Stress Approach to the Criteria for Mixed-Mode Fracture | |
| CHRYSAKIS A. C. |