Fatigue crack-tip deformation, crack growth and life prediction in polycarbonate
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OpenAlex topics: Mechanical Behavior of Composites · Polymer crystallization and properties · Material Properties and Processing
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References (13)
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4. Shimada, H. andFuruya, Y., “Local Crack-tip Strain Concept for Fatigue Crack Initiation and Propagation,”Trans. ASME, Eng. Mat. Tech.,109 (4),101–106 (1987).10.1115/1.3225947 ↗
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7. Shimamoto, A., Yokota, A. andTakahashi, S., “Analysis on the Crack Initiation and Strain in the Vicinity of Notch Root under the Low Cycle by Fine Grid Method” (in Japanese),J. Jap. NDI,37 (9A),849–850 (1988).
8. Shimamoto, A., Umezaki, E. andTakahashi, S., “A Fundamental Study on Rupture by Low-cycle Fatigue of Polymers Employing the Finegrid Method” (in Japanese),J. Jap. NDI,38 (12),1101–1106 (1989).
9. Kikukawa, M., “Damage Accumulation in Fatigue Process” (in Japanese), Preprint of 15th Symp. on Material Strength and Fracture, 71–78 (1970).
10. Sato, T., Shimada, H., Kimura, K. andIguchi, H., “Local Strain Behavior at the Notch-root and the Crack-tip on Corrosion Fatigue” (in Japanese),J. Jap. NDI,39 (8),654–659 (1990).
11. Furuya, Y. andShimada, H., “Propagation of Small Fatigue Crack Initiated from Notch-root,”Eng. Fract. Mech.,19 (1),41–48 (1984).10.1016/0013-7944(84)90067-5 ↗
12. Srawley, J.E., Fracture,4,ed. I.V. Liebowitz, Academic Press, 64 (1969).
13. Hudak, S.J., “Small Crack Behavior and the Prediction of Fatigue Life,”Trans. ASME, Eng. Mat. Tech.,103 (1),26–35 (1981).10.1115/1.3224969 ↗