Sliding Wear of Cu-Ag Alloy in Cu Cladding Al Contact Wire

Ying Hui Zhang; Bin Yang; Jing Qin; Hong Bo Sui

doi:10.4028/www.scientific.net/AMR.538-541.1924

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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 538-541Sliding Wear of Cu-Ag Alloy in Cu Cladding Al...

Sliding Wear of Cu-Ag Alloy in Cu Cladding Al Contact Wire

Abstract:

The sliding wear behavior of Cu-Ag alloy in Cu cladding Al contact wire against 45# steel or bronze block was tested, then surface morphology was investigated in different load and velocity. The results indicated that the worn surface had plastic deformation and many clear furrows and cutting traces along the sliding direction. There were black oxide of copper on the worn surface. The oxide was both abrasive and lubrication. The mechanisms transformed from abrasive attrition into adhesive wear. Spalling pits and adhesive blocks with bronze friction were significantly bigger than that of steel, and the mechanisms was adhesive wear.

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Periodical:

Advanced Materials Research (Volumes 538-541)

Pages:

1924-1928

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https://doi.org/10.4028/www.scientific.net/AMR.538-541.1924

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Online since:

June 2012

Authors:

Ying Hui Zhang, Bin Yang, Jing Qin, Hong Bo Sui

Keywords:

Cu Cladding Al Contact Wire, Cu-Ag Alloy, Microstructure Evolution, Sliding Wear

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References

[1] Chongqi Huang: Electric Wire & Cable "In Chinese". Vol. 2(2003), p.3

Google Scholar

[2] Bin Yang and Mingmao Li: Railway Locomotive & Car "In Chinese". Vol. 25(2005), p.68

Google Scholar

[3] Hui Liu, Zhongwei Hu, Gang Fan and Kunxiang Duan:Yunnan Metallurgy "In Chinese". Vol. 33(2004), p.34

Google Scholar

[4] Yuying Niu, Baoyun Song and Yuanwen Liu: Journal of Plasticity Engineering "In Chinese". Vol. 13(2006), p.65

Google Scholar

[5] Ping Liu, Yong Liu, Baohong Tian and Wei Li: Journal of Functional Materials "In Chinese". Vol. 37(2006), p.213

Google Scholar

[6] Sicheng Zhang, Chunyuan Xu and Jun Zhang: Gansu Science and Technology "In Chinese". Vol. 22(2006), p.73

Google Scholar

[7] H. Nagasawa: Wear. Vol.216(1998), p.179

Google Scholar

[8] P. Robert A. Wert and James J:Journal of Adhension Science and Technology. Vol.8(1994), p.11

Google Scholar

[9] Jifeng Qian: Study on development of new wear-resistant copper based alloys and its wear resistance, edited by Taiyuan University of Technology(2002)"In Chinese"

Google Scholar

[10] Meihua Guo, Yutian Ding: Foundry Technology "In Chinese".Vol.29 (2008), p.512

Google Scholar

[11] Meihua Guo, Yutian Ding, Guangji Xu and Rongshan Shi: Foundry Technology "In Chinese".Vol.27 (2006), p.1390

Google Scholar

[12] Chunguo Xu: Study on the sliding friction and wear properties of copper alloy wire materials, edited by Lanzhou University of Technology(2005)"In Chinese"

Google Scholar

[13] Jianming Che: Study on the wear-resistant design criteria and wear characteristics of C/Cu composite materials, edited by Tianjin University(1996)"In Chinese"

Google Scholar

[14] Bin Yang, Mingmao Li and Jun Mei, China Invention Patent 200610005688.8 (2009)

Google Scholar

[15] Bin Yang, Huoqing Zhou and Jian Zeng, China Utility Model Patent 200620129365.5 (2007)

Google Scholar