SEDL / STP / STP687-EB
STP687 Part-Through Crack Fatigue Life Prediction Chang JB Pages: 224 Published: 1979
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A collection of theoretical and experimental investigations that will substantially assist fracture mechanics technology in application, especially part-through surface crack fatigue life predictions.
Table of Contents Introduction Irwin G. Summary Chang J. Surface Crack Life Prediction: An Overview Cruse T., Gemma A., Lacroix R., Meyer T. A Review and Assessment of the Stress-Intensity Factors for Surface Cracks Newman J. Development of Basic Material(s) Data for Evaluating Crack Growth Life Bucci R. Aspect Ratio Variability in Part-Through Crack Life Analysis Engle R. Life Prediction Analysis of Part-Through Cracks Vroman G. Part-Through Crack Growth Predictions Using Compact Tension Crack Growth Rate Data Rudd J. NASA-Langley Research Center's Participation in a Round-Robin Comparison Between Some Current Crack-Propagation Prediction Methods Hudson C., Lewis P. Computer-Aided Fracture Mechanics Life Prediction Analysis Peterson D., Vroman G. Prediction of Constant Amplitude Fatigue Crack Propagation in Surface Flaws Johnson W. Assessment of the Sensitivity of Crack Growth Rate Constants to Predictive Accuracy of Part-Through Crack Fatigue Life Predictions Chang J. Part-Through Crack Problems in Aircraft Structures Hsu T., Rudd J., Wood H. Surface Crack K-Estimates and Fatigue Life Calculations in Cannon Tubes Throop J., Underwood J. Index Committee: E08 Paper ID: STP687-EB DOI: 10.1520/STP687-EB ISBN-EB: 978-0-8031-4754-6 ASTM International is a member of CrossRef. 0-8031-0532-0 978-0-8031-0532-4 STP687-EB
