1.面向汽车零部件应用高强轻质铝合金材料与制造关键技术研制，省科技攻关重大项目；
2.导线爆压接头系统运行与剩余寿命管理技术开发项目，国家电网科技项目；
3.导辊表面熔覆耐磨复合材料技术开发，企业委托项目
论文、成果、著作等
| 1．Du X D. Study of Ageing and Creep of Al-0.1Zr Alloy[J].Materials Science and Engineering A，2006，432（1-2）：84-89
2．Ding H F, Cui F M, Du X D*．Effect of Component and Microstructure on Impact corrosion and Abrasion Property and Mechanism of Steels[J]．Materials Science and Engineering A，2006，421：161-167
3．Du xiao-dong. Impact and Abrasion Character and Mechanism of Lining Board Steels in Corrosion Condition[J]. Canadian Metallurgical Quarterly, 2007,46(1): 95~106.
4．Du Xiao-dong, Wang Kai, Wang Yi-fei, Wang Rui-jun, Wang Lan, Ding Hou-fu . Structure and properties of the manganese series low carbon high alloyed liner steel， Materials Technology: Advanced Performance Materials，2007， 22, (3), pp 173-176.
5．Du X D, Ding H F, Wang Kai，Wu Kai. Influence of Impact energy on Impact Corrosion-abrasion of High manganese steel, Journal of Materials Science and Engineering, 2007,22(3):412~416.
6．Du XD, Ding HF, Wu K。Three-body Impact-corrosion-abrasion Studying for Low Carbon High Alloy Liner in Ore Grinder，Journal Of Materials Engineering And Performance, 2007,16 (6): 746-751
7．Du Xiao-dong*, Wang Jia-qing. Effect of Composition on Impact-wear Behavior of Alloy Liner Steels in Corrosive Condition. MSEA， 2008，477（1-2）：277-281
8．Kai Wang , Xiao Dong Du , Kuk Tae Youn , Yasunori Hayashi , Chan Gyu Lee , Bon Heun Koo. , Effect of Impact Energy on the Impact-Wear Properties of Low Carbon High Manganese Alloy Steels in Corrosive Conditions, METALS AND MATERIALS International， Vol. 14, No. 6 689 ~ 694 pages, 2008.
9．X-D Du, X-J Yang,Y-F Wang, and L Wang. Impact corrosion wear properties and mechanism of lining board steels. Proc. IMechE, Part J: J. Engineering Tribology, 2009, 223 (J4), 729-733.
10． Du Xiao-dong，Sun Guo-dong，Wang Yi-fei . Abrasion Behavior of High Manganese Steel under Low Impact Energy and Corrosive Conditions, Advances in Tribology, vol. 2009: 5
11．Du Xiao-dong*, Wang Jia-qing, Yan Xiao-chong. Finite Element Analysis of Formation Mechanism of White Layer in Impact-corrosive-abrasive Condition. International Journal of Materials Engineering and Technology， 2009，2（2）：123-131
12．Du Xiao-dong, Wang Yi-fei, Xu Dao-rong, Wang Rui-jun, Wang Lan. Microstructure and wear behavior of WC-steel-bonded carbide cladding. Materials Technology: Advanced Performance Materials， Volume 26, Number 2, April 2011 , pp. 90-95(6) |
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