Solid State Diffusion Welding by Superplastic Coordinate Deformation between Vacuum Spray Fusing Alloy G111WC and Steel Substrate

Author:

Zhang Yao Zong1,Huang Jian Bo2,Wang H.P.3,Lin X.3

Affiliation:

1. Henan University of Science and Technology

2. Salira Optical Network Systems, Ltd.

3. Henan University of Science & Technology

Abstract

This paper discusses the issues about the incorruptibility of industrial dies, mainly researches the G111WC and G112WC mixed alloy layer sprays fusing on the surface of industrial dies under the vacuum condition and the solid phase welding-on mechanism of the mixed alloy layer under superplastic state. It points out that when W≈1 ( W is strain ratio of coating and substrate ) and within the range of the generatrix’s superplasticity, the layer and the generatrix will realize the solid state diffusion joining by superplastic coordinate deformation, which leads to an effective welding.

Publisher

Trans Tech Publications, Ltd.

Subject

Mechanical Engineering,Mechanics of Materials,Condensed Matter Physics,General Materials Science

Reference4 articles.

1. Wenzhen Zhao: New technology on surface treatment of metal material, Xi'an, Xi'an Jiaotong University Press, (1992), p.1.

2. Luoyang Institute of Technology (Henan University of Science and Technology ) Master's Scientific Dissertation.

3. Yuquan Song: The mechanical analysis of the strain rate sensitivity exponent m value and the standard theory of experimental measurement, Journal of Jilin Polytechnical University ( in Chinese), (1985. 2), p.1.

4. Tnxohob A C. Chinese translation by Chunlin Lin. : The Superplastic Effects of Metals and Alloy, Beijing , Science Press, (1983), p.27.

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