Wang D Z,Liu J, Yao C K, Yu W C, Wang Z G. Cyclic Deformation Behavior of SiCw/Al Composite. In Kimpata I, Kageyama K, Kagawa Y ed.Advanced Materials for Future Induntries:Needy and Seeds.Proc. of the Second Japan International SAMPE Symposium and Exhibition. Japan. 1991. Society for the Advancedment of Material and Process Engingeering, 1991, 788-772
[3]
Kung Y C, Fine M E. Fatigue Crack Initiaiton and Microcrack Growth is 2024-T4 and 2124-T4 Aluminum Alloy. Metall Trane A.1979, 10A(5):603-610
[4]
Liu J, Wang D Z, Yao C K, Yu W C.Wang Z G. Effects of Aging Treatment on Fatigue Strength in a SiCw/6061A1 Composite. J Mater Sci Letts.1992, 11,970-972
[5]
Wang D Z,Liu J, Yao C K, Yu W C, Wang Z G. Fatigue Microcracke Initiation and Crowth in a SiCw/AI Composite. In Kimpara I, Kageyama K, Kagawa Y ed.Advaaced Materials for Future Industries:Needs and Seeds. Proc. of the Second Japan Interaational SAMPE Symposium and Exhibition. Japan. 1991. Society for the Advaacedmeat of Material sad Process Engingeering, 1991,773-779
[6]
姚忠凯,耿林.碳化硅晶须增强铝复合材料研究进展.兵器材料科学与工程.1989, 8; 56-73
[7]
Williams D R, Fine M E. Qsaatitive Determination of Fatigue Microcrack Growth in SiC Whisker Reinforced 2124A1 Alloy Composites. Ia:Harrigaa Jr,W C, Strife J,Dhingra A K ed.Fifth International Conference on Composite Materials.ICCM-V.USA. 1985. The Metallurgical Society, Inc, 1985, 639-670
[8]
Shang J K, Ritchie R O. Fatigue of Discontinuously-Reinforced Metal-Metrix Composite.In:Araenault R J, Everett R K eds. Metal Matrix Compoietee:Mechanisms and Properties.San Diego:Academic Press,1989, 255-285
