Effect of Surface Quality of Open Holes on Fatigue Life

Author:

Liu Jun,Yue Zhufeng,Geng Xiaoliang,Wen Shifeng,Yan Wuzhu

Publisher

Springer Singapore

Reference15 articles.

1. Wang, Min. 1999. Principle and Technology of Anti-fatigue Manufacture. Jiangsu: Jiangsu Science and Technology Press.

2. Huang, Hongfa, Hai Yan, and Chunhu Tao. 1998. Analysis of Two Materials Defect Distribution. Mechanic Strengh 8: 237–239.

3. Carter Ralph, W., W. Steven Johnson, Paul Toivonen, Andrew Makeev, and J.C. Newman Jr. 2006. Effect of Various Aircraft Production Drilling Procedures on Hole Quality. International Journal of Fatigue 28: 943–950.

4. Pei, Xuming, Wuyi Chen, Bingyi Ren, and Yu. Han. 2001. Effects of Process on 7075 Aluminum Fastening Hole Surface and Structure. China Nonferrous Metals Journal 11 (4): 655–659.

5. ToParli, M., A. Ozel, and T. Aksoy. 1997. Effect of the Residual Stress on the Fatigue Crack Growth Behavior at Fastener Holes. Materials Science and Engineering A225: 196–203.

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