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X-Ray Rocking Curve Analysis of the Aging and Deformation Characteristics in the Al-Li Alloy
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English
Abstract
A non-destructive x-ray technique, the double crystal diffractometer method, is presented as a tool to investigate the aging and deformation behavior of the Al-Li alloy. This is a sensitive method for measuring the strain and dislocation density within individual grains through the x-ray rocking curve. In addition, models were developed to describe the aging and deformation characteristics of this alloy.
Authors
- J. Chaudhuri - Mechanical Engineering Dept. The Institute for Aviation Research The Wichita State University Wichita, KS
- V. Gondhalekar - Mechanical Engineering Dept. The Institute for Aviation Research The Wichita State University Wichita, KS
- A. Inchekel - Mechanical Engineering Dept. The Institute for Aviation Research The Wichita State University Wichita, KS
- J. E. Talia - Mechanical Engineering Dept. The Institute for Aviation Research The Wichita State University Wichita, KS
Topic
Citation
Chaudhuri, J., Gondhalekar, V., Inchekel, A., and Talia, J., "X-Ray Rocking Curve Analysis of the Aging and Deformation Characteristics in the Al-Li Alloy," SAE Technical Paper 891057, 1989, https://doi.org/10.4271/891057.Also In
References
- Starke, E. A. Jr. Sanders T. H. Palmer I.G. J. of Metals 24 Aug. 1985
- Noble B. Thompson G. E. Metal Science Journal 5 114 1971
- Tanner B. K. X-Ray Diffraction topography Pergaman Press 1976
- Pangborn R. N. Weissmann S. Kramer I. R. Metallurgical Transactions A 12A 109 1981
- Kelly P. M. International Metallurgical Reviews 18 31 1973
- Brown B. S. J. of Metals 56 Jan. 1988