1978- 198 1 year: graduated from Harbin institute of technology with a master's degree in foundry.
198 1- 1985: graduated from Harbin institute of technology with a doctorate in casting.
1985- 1987: Lecturer, Metal Technology Department, Harbin Institute of Technology.
1987- 199 1 year: Associate Professor, Department of Metal Technology, Harbin Institute of Technology.
1994- 1999: Professor, Department of Materials Engineering, Harbin Institute of Technology.
1999- at present: the State Council, doctoral supervisor of the Department of Materials Engineering, School of Materials Science and Engineering, Harbin Institute of Technology, and communication judge of the discipline of materials science and engineering materials processing;
Director of China Mechanical Engineering Society;
Director of the National Foundry Society;
Deputy Secretary-General of Heilongjiang Mechanical Engineering Society;
Executive director of the European and American Alumni Association of Heilongjiang Province;
Executive director of Harbin Association of Returned Overseas Students;
Communication Judge, Department of Materials Science and Engineering, National Natural Science Foundation of China;
Editorial Committee of Journal of Rare Metal Materials and Engineering;
Editorial Committee of Journal of Harbin Institute of Technology. He made an in-depth study on the behavior of rare earth, titanium and boron in the solidification process of aluminum alloy and achieved excellent results. The physical model of titanium-rich zone of salt refining agent in melt is put forward for the first time in China, and the theory of heterogeneous nucleation is developed.
Secondly, the mathematical relationship between the strength limit of rare earth aluminum alloy and the secondary dendrite spacing is established, and the effect of cerium on the liquid-solid line and the new Al _ 3Cu4Ce phase of aluminum alloy is found.
Published more than 20 papers.
His research work has reached the international level academically. It has a positive effect on improving the structure and properties of cast aluminum alloy and has certain economic and social benefits. China periodical full-text database *** 134 articles.
[1] Xu Lijuan; Yu Hongbao; Huang Yudong; Xiao Shulong; Chen; Microstructure and properties of dental titanium-chromium alloy [J] Journal of China Nonferrous Metals Society.2010, (S 1)
[2] Zhao Ertuan; Kong Fantao; Xiao Shulong; Chen; Chen; Filling performance of IMI834 high temperature titanium alloy in investment casting [J] Journal of China Nonferrous Metals Society.2010, (S 1)
[3] Chen; Chen; Jing Tian; Xiao Shulong; Xu Lijuan; Interface reaction between TiAl alloy and ZrO_2 shell by centrifugal investment casting [J] Journal of China Nonferrous Metals Society.2010, (S 1)
[4] hole; Zhang Shuzhi; Chen; High temperature deformation and processing diagram of Ti-46Al-2Cr-4Nb-Y alloy [J] Journal of China Nonferrous Metals Society.2010, (S 1)
[5] Yang Fei; Chen; Kong Fantao; Xiao Shulong; Xu Lijuan; Effect of Covering Forging on Microstructure and Properties of Ti-45Al-5.4V-3.6Nb-0.3Y Alloy [J] Journal of China Nonferrous Metals Society.2010, (S 1)
[6] Xiao Shulong; Yu Hongbao; Han Jiecai; Xu Lijuan; Chen; Preparation of Ti-45Al-5.5(Cr, Nb, B, Ta) alloy by mechanical alloying and spark plasma sintering [J] Journal of China Nonferrous Metals Society, 20 10, (S 1).
[7] Chen; Yang Fei; Kong Fantao; Xiao Shulong; . Constitutive model and deformation behavior of TiAl alloy containing yttrium [J] Journal of Rare Earth.2011,(02)
[8] Wang; Chen; You Xiaohong; Wang Fang; Wu Jianguo; Preparation of aluminum foam with sandwich composite structure and analysis of interface microstructure [J] Powder metallurgy technology. 20 10,(06)
[9] Zhu Hongyan; Wu; Zhang Dongxing; Li; Chen; Effect of porosity on interlaminar shear fatigue properties of carbon fiber/epoxy composite laminates [J] Journal of Composites.20 20 10/0, (06)
[10] Yang Fei; Chen; Cai; Kong Fantao; Xiao Shulong; Study on preparation of β-γ-TiAl alloy and its abnormal yield behavior [J] Research and application of materials.20 20 10/0, (04)
China patent full-text database ***32 articles.
[1] Chen; Kong fantao Preparation method of TiAl intermetallic compound plate containing yttrium [P]. Cn2007 1007 1709.0。 Harbin Institute of Technology. 2007-08-08
[2] hole; Chen. Method for preparing titanium alloy /TiAl alloy composite plate by lamination rolling-diffusion compounding [p] .cn200710071716.0. Harbin Institute of Technology
[3] hole; Chen; Yang Fei. Ti2AlC reinforced TiAl matrix composite with three-dimensional network structure and its preparation method [p] .cn200710071708.6. Harbin Institute of Technology
[4] Chen; Kong fantao A method for preparing TiAl alloy composite plate with elemental powder [P]. cn 2007 1007 17 14. 1。 Harbin Institute of Technology. 2007-08-08
[5] hole; Chen. A method for preparing TiAl alloy composite plate with prealloyed gold powder [P]. cn 2007 1007 17 15.6。 Harbin Institute of Technology. 2007-08-08
[6] Chen; Jing Tian; Kong Fantao; Lu Yuhong; Chen; Wang Huiguang; Xiao Shulong; Xu Lijuan. Back coating for casting titanium and titanium-aluminum alloy ceramic shell and its preparation method [P].CN2007 10072602.8. Harbin Institute of Technology.2008-01-09.
[7] Chen; Jing Tian; Lu Yuhong; Kong Fantao; Wang Huiguang; Liu Zhiguang; Xiao Shulong; Xu Lijuan; Chen; Zhou Hao. Preparation method of cast titanium and titanium-aluminum alloy porous ceramic shell [p] .cn200710072601.3. Harbin institute of technology.2008-01-16.
[8] Liu Zhiguang; Zhang Yumei; Chen. Titanium/hydroxyapatite biological composite material and its preparation method [p]. Cn200710072599.x. Harbin institute of technology 2008-02-20
[9] Li; Chen; Li Zhanjiang. Al-Ti-B-RE master alloy and its melting method [P].CN88 104205.6. Harbin Institute of Technology. 1990-02- 14.
[10] Chen; Jia Jun; Ma shunlong Rare earth chloride modifier [P].CN89 102097.7. Harbin Institute of Technology. 1990- 10- 17.
Full-text database of important conferences in China ***6 articles.
[1] Li Peijie; Chen; Jia Jun; Study on the new technology of flux injection comprehensive treatment of aluminum alloy [A]. Proceedings of the first annual youth academic conference of China Association for Science and Technology (volume I of the project) .55438+0992-04-01
[2] Xu Qingyan; Li; Chen; Theoretical study on the forming process of porous aluminum alloy [a]. Proceedings of the 4th International Frontier Conference on Design and Manufacture
[3] Chen; Research progress and development trend of intermetallic compounds of titanium alloy and TiAl [A]. Talents, innovation and revitalization of old industrial bases —— Proceedings of the 2004 annual meeting of China Mechanical Engineering Society
[4] Chen; Xiao Shulong; Li; Si Yufeng; Research progress and development trend of cast titanium alloy and titanium-aluminum intermetallic compound [a]. Proceedings of China Foundry Week in 2004 [a] .2004-10-0/
[5] hole; Chen; Jing Tian; Chen ziyong; Han Jiecai; Effect of yttrium on microstructure and properties of Ti-43Al-9V alloy [A]. Proceedings of the 9th Academic Conference on Materials Science and Alloy Processing
[6] Xu Lijuan; Xiao Shulong; Chen; Effect of molybdenum content on microstructure and properties of dental Ti-Mo alloy [A]. Proceedings of the 6th China Academic Conference on Functional Materials and Their Applications [5].
Undertake *** 1 national scientific research projects.
[1] Chen; Study on microstructure and properties of rapidly solidified TiAl- Cr-Nb-Yttrium alloy [A]. Harbin Institute of Technology; The project fund is 300,000 yuan. 2006-03-27. The number of supported documents is 2.