General Papers
| A Comparison Of Ductile And Fatigue Fractures | |
| C. Crussard Crussard, J. Plateau, R. Tamhankar, G. Henry, D. Lajeunesse |
| A Review Of The Microstructural Aspects Of Cleavage Fracture | |
| John R. Low, Jr. |
| Brittle Fracture And The Yield-Point Phenomenon | |
| N. Louat, H. L. Wain Wain |
| Classical and Dislocation Theories of Brittle Fracture | |
| E. Orowan |
| Cleavage, ductility and tenacity in crystals | |
| John J. Gilman |
| Crack Nucleation in Body-Centered Cubic Metals | |
| A: N. Stroh |
| Critical experiments on the nature of fatigue in crystalline materials | |
| A. J. Mc Evily Jr., E. S. Machlin |
| Ductile Fracture of Single Crystals | |
| C. J. Beevers, R. W. K. Honeycombe |
| Formation of Slip-Band Cracks in Fatigue | |
| W. A. Backofen |
| Fracture of Ceramic Materials | |
| Earl R. Parker |
| Fracture Phenomena in Polymers | |
| I. Wolock, J. A. Kies, S. B. Newman |
| Fractures Produced by Stress Waves | |
| H. Kolsky |
| Initiation of Cleavage Microcracks in Polycrystalline Iron and Steel | |
| G. T. Hahn, B. L. Averbach, W. S. Owen, Morris Cohen |
| Intercrystalline Failure at High Temperatures | |
| N. J. Grant |
| Propagation of Cracks and Work Hardening | |
| J. Friedel |
| The Strength of Silicate Glasses and Some Crystalline Oxides | |
| R. J. Charles |
| Theoretical Aspects of Fracture | |
| A. H. Cottrell |
| Velocity Effects in Fracture | |
| H. Schardin |
| Slip Bands, Twins, and Precipitation Processes in Fatigue Stressing | |
| M. R. Hempel |
| Some Basic Studies of Fatigue in Metals | |
| W. A. Wood |
| Some Observations on the Early Stages of Fatigue Fracture | |
| N. Thompson |
| Summary of Current Status and Needs for Future Research | |
| C. S. Barrett |
| The Ductile-Cleavage Transition in Alpha-Iron | |
| N. J. Petch |
| The Griffith Criterion for Glass Fracture | |
| O. L. Anderson |
| The Mechanism of the Brittle Fracture of Metals | |
| N. P. Allen |
| The Mechanisms of Polymer Failure | |
| A. M. Bueche, J. P. Berry |