1975-1978: Graduated from Dalian University of Technology with a bachelor's degree in foundry
1978-1981: Graduated from Harbin Institute of Technology with a master's degree in casting
1981-1985: Graduated from Harbin Institute of Technology with a doctorate in casting major
1985-1987: Lecturer in the Metal Technology Department of Harbin Institute of Technology
1987-1991: Harbin Institute of Technology Associate Professor, Department of Metal Technology
1994-1999: Professor, Department of Materials Engineering, Harbin Institute of Technology
1999-Currently: Doctoral Supervisor, Department of Materials Engineering, School of Materials Science and Engineering, Harbin Institute of Technology State Council Materials Journalist of the Science and Engineering Materials Processing Discipline;
Director of the Chinese Mechanical Engineering Society;
Director of the National Foundry Society;
Deputy Secretary-General of the Heilongjiang Provincial Mechanical Engineering Society;
Executive director of Heilongjiang European and American Alumni Association;
Executive director of Harbin Returned Overseas Students Association;
Communications of the Department of Materials Science and Engineering, National Natural Science Foundation of China Judge;
Editor of the Journal of Rare Metal Materials and Engineering;
Editor of the Journal of Harbin Institute of Technology. He conducted in-depth research on the behavior of rare earths and titanium boron during the solidification process of aluminum alloys and achieved excellent results. For the first time in China, the physical model of the titanium-rich zone of salt refiners in the melt was proposed, and the anomalous nucleation theory was developed.
Secondly, the mathematical relationship between the strength limit of rare earth aluminum alloys and the secondary dendrite spacing was established, and the influence of cerium on the aluminum alloy liquid and solidus line was discovered, as well as the new AL3CU4CE phase.
Published more than 20 papers.
His research work has reached international level academically. It has produced positive effects in improving the structure and performance of cast aluminum alloys, and has certain economic and social benefits.
China Journal Full Text Database***134 articles
[1]Xu Lijuan;Yu Hongbao;Huang Yudong;Xiao Shulong;Chen Yuyong;.Microstructure and properties of Ti-Cr alloy for dental use[J]China Nonferrous Metals Acta Metallurgical Society. 2010, (S1)
[2] Zhao Ertuan; Kong Fantao; Xiao Shulong; Chen Yanfei; Chen Yuyong;. Filling performance of IMI834 high temperature titanium alloy investment casting [J] Chinese Journal of Nonferrous Metals. 2010 , (S1)
[3] Chen Yanfei; Chen Yuyong; Tian Jing; Xiao Shulong; Xu Lijuan;. Interface reaction between centrifugal investment casting TiAl alloy and ZrO_2 shell [J] Chinese Journal of Nonferrous Metals. 2010, (S1)
[4] Kong Fantao; Zhang Shuzhi; Chen Yuyong;. High temperature deformation and processing diagram of Ti-46Al-2Cr-4Nb-Y alloy [J] Chinese Journal of Nonferrous Metals. 2010, (S1)
[5] Yang Fei; Chen Yuyong; Kong Fantao; Xiao Shulong; Xu Lijuan;. Effect of jacket forging on the structure and properties of Ti-45Al-5.4V-3.6Nb-0.3Y alloy [J] Chinese Journal of Nonferrous Metals .2010, (S1)
[6] Xiao Shulong; Yu Hongbao; Han Jiecai; Xu Lijuan; Chen Yuyong;. Preparation of Ti-45Al-5.5 (Cr, Nb, B, Ta by mechanical alloying and discharge plasma sintering ) Alloy[J] Journal of Chinese Nonferrous Metals. 2010, (S1)
[7] Chen Yuyong; Yang Fei; Kong Fantao; Xiao Shulong; .Constitution modeling and deformation behavior of yttrium bearing TiAl alloy[J]Journal of Rare Earths.2011, (02)
[8] Wang Lucai; Chen Yuyong; You Xiaohong; Wang Fang; Wu Jianguo;. Preparation and interface structure analysis of sandwich composite structure aluminum foam [J] Powder Metallurgy Technology. 2010 , (06)
[9] Zhu Hongyan; Wu Baochang; Zhang Dongxing; Li Dihong; Chen Yuyong;. Effect of pores on interlaminar shear fatigue properties of carbon fiber/epoxy composite laminates [J] Composite Journal of Materials Science. 2010, (06)
[10] Yang Fei; Chen Yuyong; Cai Yixiang; Kong Fantao; Xiao Shulong;. Preparation of β-type γ-TiAl alloy and study on its abnormal yield behavior [J] Materials Research and Application. 2010, (04)
China Patent Full-text Database ***32 articles
[1] Chen Yuyong; Kong Fantao. Preparation method of TiAl intermetallic compound plate containing element yttrium [ P].CN200710071709.0. Harbin Institute of Technology.2007-08-08
[2] Kong Fantao; Chen Yuyong. Method of preparing titanium alloy/TiAl alloy composite plates by laminated rolling-diffusion composite[P] .CN200710071716.0.Harbin Institute of Technology.2007-08-08
[3] Kong Fantao; Chen Yuyong; Yang Fei. Three-dimensional network structure Ti2AlC reinforced TiAl-based composite material and its preparation method [P]. CN200710071708.6. Harbin Institute of Technology. 2007-08-08
[4] Chen Yuyong; Kong Fantao. A method of preparing TiAl alloy composite plates using element powder [P]. CN200710071714.1. Harbin Institute of Technology .2007-08-08
[5] Kong Fantao; Chen Yuyong. A method for preparing TiAl alloy composite plates from pre-alloyed powder [P]. CN200710071715.6. Harbin Institute of Technology. 2007-08-08
[6] Chen Yuyong; Tian Jing; Kong Fantao; Lu Yuhong; Chen Yanfei; Wang Huiguang; Xiao Shulong; Xu Lijuan. Back coating for cast titanium and titanium-aluminum-based alloy ceramic shells and its preparation method [P]. CN200710072602 .8.Harbin Institute of Technology.2008-01-09
[7] Chen Yuyong; Tian
Jing; Lu Yuhong; Kong Fantao; Wang Huiguang; Liu Zhiguang; Xiao Shulong; Xu Lijuan; Chen Yanfei; Zhou Hao. Preparation method of cast titanium and titanium-aluminum-based alloy porous ceramic shells [P]. CN200710072601.3. Harbin Institute of Technology. 2008-01-16
[8] Liu Zhiguang; Zhang Yumei; Chen Yuyong. Titanium/hydroxyapatite biocomposite and its preparation method [P]. CN200710072599.X. Harbin Institute of Technology. 2008-02-20
[9]Li Qingchun; Chen Yuyong; Li Zhanjiang. Aluminum-titanium-boron-rare earth master alloy and melting method [P].CN88104205.6. Harbin Institute of Technology.1990-02-14
[ 10] Chen Yuyong; Jia Jun; Ma Shunlong. A rare earth chloride modifier [P]. CN89102097.7. Harbin Institute of Technology. 1990-10-17
China Important Conference Full Text Database ***6 articles
[1]Li Peijie; Chen Yuyong; Jia Jun;. Research on a new type of aluminum alloy flux injection comprehensive treatment technology [A]. Proceedings of the First Youth Academic Annual Conference of the China Association for Science and Technology (Engineering Volume· Volume 1).1992-04-01
[2]Xu Qingyan; Li Qingchun; Chen Yuyong;. Theoretical research on the forming process of porous aluminum alloys [A]. Proceedings of the 4～(th) International Conference on Frontiers of Design and Manufacturing.2000-06-01
[3] Chen Yuyong;. Research progress and development trends of titanium alloys and TiAl intermetallic compounds [A]. Talents, innovation and the revitalization of old industrial bases— —Proceedings of the 2004 Annual Meeting of the Chinese Mechanical Engineering Society. 2004-10-01
[4] Chen Yuyong; Xiao Shulong; Li Baohui; Si Yufeng;. Research on cast titanium alloys and titanium-aluminum intermetallic compounds Progress and development trends [A]. Proceedings of 2004 China Foundry Week. 2004-10-01
[5] Kong Fantao; Chen Yuyong; Tian Jing; Chen Ziyong; Han Jiecai; Yttrium versus Ti-43Al-9V Influence of alloy structure and properties [A]. Proceedings of the 9th Academic Conference on Materials Science and Alloy Processing. 2004-06-30
[6] Xu Lijuan; Xiao Shulong; Chen Yuyong;. Effect of Mo content on dental applications Effect of Ti-Mo alloy microstructure and properties [A]. Proceedings of the Sixth Chinese Academic Conference on Functional Materials and Their Applications ⑸.2007-11-01
National scientific research project ***1
[1] Chen Yuyong;. Research on the structural characteristics and microstructure properties of rapidly solidified TiAl-Cr-Nb-Y alloy [A]. Harbin Institute of Technology;. Project funding is 300,000 yuan. 2006-03- 27. Number of funded documents: 2 articles