Yu Yandong, female,196465438+born in February, professor, doctoral supervisor, reserve leader of materials processing engineering, and head of the research room of new materials forming technology of harbin university of science and technology College of Materials Science and Engineering.
Responsible for, participating in and completing more than 30 projects, including National Natural Science Foundation, Ministry of Science and Technology, National 863 Plan, National Defense 973, International Cooperation, Heilongjiang Natural Science Foundation, Heilongjiang Provincial Education Department Science and Technology Key Projects, and Harbin Major Science and Technology Key Projects. More than 60 papers have been published in academic journals at home and abroad, including more than 60 papers retrieved by SCI, ISTP and EI 10. Authorized 2 national invention patents, authorized 3 utility models, applied for 3 national invention patents, wrote 4 books, and won the provincial science and technology progress award 1 item.
Chinese name: Yu Yandong
Nationality: China.
Ethnic group: Han nationality
Date of birth: 1964 65438+ February
Occupation: teacher
Graduate school: Harbin Institute of Technology
Main achievements: 3 national patents.
Authorized two national invention patents.
Authorized utility model 3 items
Won 1 provincial science and technology progress award.
Representative works: die-casting mold design and CAD, introduction to modern industrial technology
Title: Professor
brief introduction
Yu Yandong graduated from Harbin Institute of Technology with a doctorate in material processing, a postdoctoral fellow at the National Engineering Research Center for Precision Forming of Light Alloys of Shanghai Jiaotong University, a researcher at the Industrial Development Department of the Development and Reform Commission of Heilongjiang Province (director level), a visiting professor at the National Light Alloys Research Center of Monash University in Australia, and a visiting scholar at the Australian Federal College of Science and Technology.
At present, he is an expert member of degree and postgraduate education of the Ministry of Education, a senior member of China Mechanical Engineering Society and a member of ficmes Non-ferrous Society. Member of the Teaching Committee of Mechanical and Electrical Materials Processing Engineering of China Machinery Industry Education Association. Expert in exchange evaluation of mechanical and manufacturing disciplines, Department of Engineering and Materials Science, National Natural Science Foundation of China. Evaluation expert of key laboratory of enterprises in Heilongjiang province, evaluation expert of materials processing engineering discipline of Heilongjiang Science and Technology Commission, and evaluation expert of materials processing engineering of Harbin Science and Technology Commission. In 2006, he was rated as an advanced individual in scientific and technological work during the tenth five-year plan period.
Responsible for, participating in and completing more than 30 projects, including National Natural Science Foundation, Ministry of Science and Technology, National 863 Plan, National Defense 973, International Cooperation, Heilongjiang Natural Science Foundation, Heilongjiang Provincial Education Department Science and Technology Key Projects, and Harbin Major Science and Technology Key Projects. More than 60 papers have been published in academic journals at home and abroad, including more than 60 papers retrieved by SCI, ISTP and EI 10. Authorized 2 national invention patents, 3 utility models, 4 applications and 4 works, and won the provincial science and technology progress award 1 item.
research direction
1. Precision die casting technology of magnesium alloy
2. magnesium alloy stamping and extrusion forming technology
3. Superplastic forming and diffusion bonding technology of magnesium alloy.
4. Mold CAD/CAE/CAM technology.
research project
1. Heilongjiang province scientific and technological key project "Development and application of die casting mold CAD system software" 2000
2. Heilongjiang Natural Science Foundation Project "Research on Numerical Simulation Technology of Filling Process of Aluminum Alloy Die Casting" 2002
3. The Science and Technology Project of Heilongjiang Provincial Education Department "Numerical Analysis of the Influence of the Design of Die Casting Gating System on the Quality of Die Casting" 2003.
4. National 863 Program Project "Hot Stamping Forging Composite Forming Technology for Thin-walled Shell Parts of Magnesium Alloy" 2005
5.2005 International Cooperation Project "Application Research of High-quality Magnesium Alloy Die Casting in Automobile Structure"
6. Heilongjiang Natural Science Foundation Project "Study on Diffusion Bonding and Numerical Simulation Technology of Superplastic Magnesium Alloys" 2005
7. Harbin Reserve Discipline Leader Fund "Research on Key Technologies of Magnesium Alloy Communication Products" 2006
8. Heilongjiang University Key Teachers' Funded Project "Research on Lightweight Design and Numerical Simulation Technology of Magnesium Alloy Automobile" 2006
9. Harbin Science and Technology Key Project "Warm Stamping of Magnesium Alloy and Development of Its Application Technology" 2006
10. Harbin Science and Technology Key Project "Strengthening and Toughening Mechanism and Process Optimization of Mg-Zn-Zr Magnesium Alloy" 2007
1 1.2007 International Cooperation Project "Study on Superplastic Forming and Diffusion Bonding Technology of Fine-grained Magnesium Alloys"
12. Heilongjiang province scientific and technological key project "Research and application of key technology of high-quality magnesium alloy die casting" 2007
13. National Natural Fund Project "Study on Process Mechanism and Key Technologies of Magnesium Alloy SPF/DB Composite Forming" 2008
14. National Ministry of Science and Technology Project "Precision Sand Casting Technology of Large and Complex Magnesium Alloy Castings for Military and Civil Use" 2008
15. Heilongjiang province key project "magnesium alloy melt quality control and profile extrusion technology development" 2008
Mainly publish papers
1. Yandongyu, Kaifeng Zhang, Hairongzheng, Daming River. " numericalsimulationandexperimentofcavitygrowth during superplastibulgingofmagnesiumalloyzk 60。 Journal of Metallurgy 2004, 17(3):295-298, EI
2. Yu Yandong; Zhang Kaifeng; Zheng Hairong; Jiang Daming. "Numerical Simulation and Experimental Study of CavityGrowthiniunian XIALLIEOMAGNESIMALLOY", China Metallurgical Science Press, June 2003, SCI.
3. Yu Yandong; Zhang Kaifeng; Jiang Daming; Zheng Hairong; Wang gang. Analysis of diffusion bonding and superplastic magnesium alloys by experimental micro-mechanism. China welding, February 2002, EI.
4. Li Qiangyu Cave. Diffusion bonded superplastic zk60 magnesium alloy. Material science. 2005, 488-489. (Same as Science) Science.
5. Yanyu Cave in Jianghai, Zaichun Spring in Jiang Dingwen. Superplasticity and Difficulty Bonding on Magnetism Loyzk 60trans. China institute of nonferrous metals, 2005, 12SCI.
6. Yu Yandong, Xia. Digital simulation of magnesimalloyaz 31b sheets with thermal deep-drawing process. Forum on Materials Science, 2007, 546-549:289-292.
7. Yu Yandong, Wang Changwen. Effect of diffusion on heat treatment of superplastic magnesium alloy, materials science forum, 2007, 55 1-552, ISTP
8. Yu Yandong, Wang Changwen, Jamils. SPF/dbresearchinzk 60 alloywithgasificationagentsapressurizationmediator。 Forum on Materials Science, 2007,551-552, ISTP.
9. Dong Yuyan, Liang Yinde, You. Study on Cavitation Growth of zk60 Magnesium Alloy, Key Engineering Materials, Vol. 353-358, pp. 687-690, 2007.
10. Yu Yandong, Zeng, Zhai Chunquan, Ding Wenjiang. Numerical simulation of mold filling and solidification process of vacuum die casting magnesium alloy shell parts, casting, 2005, 10, EI.
1 1. Yu Yandong, Jiang Haiyan, Fu Penghuai, Zhai Chunquan, Ding Wenjiang. Design and optimization of gating system for magnesium alloy vacuum die casting based on numerical simulation, Journal of China Nonferrous Metals Society, 2005. 12EI.
12. Yu Yandong, Wang Jianrong, Jiang Haiyan, Fu Penghuai, Zhai Chunquan, Ding Wenjiang. Numerical simulation of mold filling and solidification process of magnesium alloy in low pressure casting and hot working technology. 2005, 10.
13. Yu Yandong, Ma Qiu, Yun Yunlong, Li Lei. Computer simulation of magnesium alloy die casting solidification process, hot working technology, 2005, 12.
14. Yu Yandong, Jiang Haiyan, Zhai Chunquan, Ding Wenjiang. Establishment and application of CAD system database for die casting mould. Special issue of the annual meeting of nonferrous metals and special casting, 2004, July.
15. Yu Yandong. Research on Parametric Design in CAD System of Aluminum Die Casting Die, Die Industry, 2003,265 (2)
16. Yu Yandong. CAD technology of aluminum alloy die casting die, hot working technology, 2003, 16 1(2)
17. Yu Yandong. Design of die-casting die template graphic library system in AutoCAD environment, Metal Forming Technology, 2002,95 (1)
18. Yu Yandong, Zhang Kaifeng, Jiang Daming, Han. Experimental study on diffusion bonding of MB 15 superplastic magnesium alloy, Journal of Welding, 2003.438+0.
19. Yu Yandong, Zhang Kaifeng, Jiang Daming, Zheng Hairong, Wang Changli. Study on superplasticity and bulging of rolled magnesium alloy. Journal of China Nonferrous Metals Society, 2003.438+0.
20. Yu Yandong, Jiang Haiyan and so on. Influence of vacuum degree on porosity of magnesium alloy vacuum die casting based on numerical simulation, Hot Working Technology, 2008, 37( 13)
Main thesis
2 1. edited by Yu Yandong. Die casting die design and CAD. Beijing: Electronic Industry Press, 2002.9.
22. Edited by Yu Yandong, Duan Tiequn and Bird. Introduction to Modern Industrial Technology Harbin: Harbin Engineering University Press, 200 1.7.
23. Deputy Editor-in-Chief Yu Yandong. Guide to computer application technology. Beijing: Tsinghua University Publishing House, July, 2005.
Main patent
24. Yu Yandong. Magnesium alloy business card authorization utility model 2005
25. Yu Yandong, Zhang Kaifeng. The bulging method of magnesium alloy sheet was authorized by national invention patent 2004, 12.
26. Yu Yandong, Zhang Kaifeng. The method of manufacturing magnesium alloy products by superplastic forming and diffusion bonding was authorized by national invention patent 2004, 12.
27. Yu Yandong, Zhang Kaifeng. Vacuum diffusion welding method of magnesium alloy sheet applied for national invention patent 2005,2.
28. Yu Yandong, Chen Changping. In 2008, the utility model of superplastic inflatable forming die for externally heated alloy plate was authorized.
29. Yu Yandong, Chen Changping. Self-heating superplastic inflatable forming die for alloy plate and its authorized utility model 2008.
lecture course
Modern Mold Design Technology (Compulsory Course for Postgraduates)
Material processing technology CAD (elective course for graduate students)
Mold CAD (specialized course for undergraduates)