Study on the Methods of the Surface Self-Nanocrystalline Technology and its Effect on the Materials Properties

Abstract:

Using the surface self-nanocrystalline technology can produce dense nano layer without the defects such as pores. The surface self-nanocrystalline technology can improve the micro hardness, abrasive resistance, fatigue durability, corrosion resistance and other combination properties. It is with wide application prospect in the industrial area. In this article, the application investigation of the surface self-nanocrystalline technology such as the surface mechanical polishing method, ultrasonic impacting method, ultra sound peening ect. improving the prehensive properties of the materials are summed up. And the study work of the surface self-nanocrystalline technology in the future is prospected here.

• Periodical: Applied Mechanics and Materials (Volumes 80-81)
• Pages: 673-677
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.80-81.673
• Online since: July 2011
• Authors: Bo Lin He, Jing Liu, Bin Wang
• Keywords: Mechanical Polishing, Nano Layer, Surface Self-Nanocrystalline, Ultrasonic Impacting, Ultrasound Peening

References

[1] Zhang Conghui, Lan Xinzhe, Zhao Xicheng, Duan Xiaoge, Rare Metal Materials and Engineering. 3(2010) 510-511(in Chinese).

[2] Zhang Shulan, Chen Huaining, Lin Quanhong, Liu Gang, Nonferrous Metals. 8(2003) 8-9 (in Chinese).

[3] Yang Bangchao, Chen Jinju, Han Likun, Surface Technology. 3(2003) 60-61(in Chinese).

[4] Lu L, Sui M L, Lu K. Science. 287 (2000) 1463-1464.

[5] Lv Delong. Heat Treament of Metals Abroad. 5(2002) 15-16(in Chinese).

[6] Li Ying, Wang Fuhui, Corrosion & Protection. 1(2003) 75-76(in Chinese).

[7] Zhang Conghui, Lan Xinzhe, Zhao Xicheng, Liu Yanrui, Foundry Technology. 8(2006) 883-884(in Chinese).

[8] Jeong D H, Gonzalez F, Erb U, Scripta Materialia. 44(2001). 493-495.

[9] Li Dong, Chen Huaining, Liu Gang, Acta Metallrugica Sinica. 37(2001) 980-981(in Chinese).

[10] Tong W. P, Tao N. R, Wang Z. B, Lu J, Lu K, Science. 289(2003) 686-867.

[11] Xu Binshi, China Surface Engineering. 2(2002) 51-52(in Chinese).

[12] Gao Jiacheng, Wang Qiang, Gao Zhengyuan, Journal of Functional Materials. 5(2010) 741-742(in Chinese).

[13] Wang Yu, Huang Min, Gao Huilin, Lv Xianghong, Materials for Mechanical Engineering. 8(2009) 54-55(in Chinese).

[14] Duan Xiaoge, Zhao Xicheng, Zhang Conghui, Lan Xinzhe, Materials for Mechanical Engineering. 4(2009) 90-91(in Chinese).

[15] Liu G, Wang S C, Pan D, Scripta Material. 8(2001) 1791-1972(in Chinese).

[16] He Bolin, Shi Jianping, Yan Liang, Chen Zhaoxia, China Railway Science. 4(2009) 61-62 (in Chinese).

[17] Wang Dongpo, Zhang Yufeng, Huo Lixing, Journal of Tianjin University(Science and Technology. 1(2001) 16-17(in Chinese).

[18] Xing F A，Lu J, Journal of Materials Processing Technology. 152(2004) 55-57(in Chinese).

[19] Zhang Xinhua, Zeng Yuansong, Wang Dopo, Aeronautical Manufacturing Technology. 1(2010) 87-88(in Chinese).

[20] Yin Jiang, Heat Treatment. 3(2004) 46-47 (in Chinese).