Basic introduction Chinese name: Wu birthplace: Haicheng, Anshan, Liaoning. Date of birth:1July, 955. Occupation: Doctor of Engineering, professor's resume, academician candidate, research direction, academic achievements, major works, scientific research projects, personal resume Wu (1955 ~), male, from Haicheng, Anshan, Liaoning * * party member, CPC. 2065438+0510129 October, the provincial party committee appointed Comrade Dong Yukuan as Party Secretary of shenyang jianzhu university, and Wu no longer served as Party Secretary of shenyang jianzhu university. 1978 was admitted to department of mechanical engineering of Shenyang Institute of Architecture and Engineering to study, and 1982 graduated. 199 1 admitted to the graduate school of Shenyang northeastern institute of technology (now northeastern university), 1994 graduated with a doctorate in mechanical engineering. 1982 shenyang jianzhu university graduated and joined the work. He has served as a teacher, lecturer, associate professor, professor, vice president, dean and director of the academic affairs office in shenyang jianzhu university, and shenyang jianzhu university Institute of Communications and Mechanical Engineering. 1996 in 2003, he served as vice president of shenyang jianzhu university and president of shenyang jianzhu university. At present, he is the secretary of the Party Committee of shenyang jianzhu university, a doctoral supervisor, a professor, a director and executive director of China Mechanical Engineering Society, a member of American Mechanical Engineering Society, a member of the National College Mechanical Engineering Committee, and a scientific and technological consultant of Shenyang. 1994 Du Dong visited Japan and hired visiting scholars and researchers from Tohoku University in Japan to return home from 1995. From 65438 to 0998, he visited the United States, hired a visiting scholar in the S. Malkin laboratory of the University of Massachusetts, and returned to China in the same year. On May 22nd, 20 13, Wu Dang was elected as an academician. The China Academy of Engineering announced that the nomination and selection of academicians of China Academy of Engineering was completed on April 25th. After formal examination and examination by the Presidium of China Academy of Engineering, there are 560 effective candidates, including Wu. Wu is an effective candidate of China Institute of Engineering on October 9, 20/KLOC, and the research direction nominated by China Association for Science and Technology is (1) precision machining and manufacturing technology of ceramic parts (2) key technology of high-speed spindle system of CNC machine tools (3) fuel cell technology (4) academic achievements of CNC machining technology of special-shaped stone. He has been engaged in mechanical engineering teaching and research for a long time, and enjoys the special allowance awarded by the State Council. He is the first batch of leading talents in Liaoning Province. International member of the American Society of Mechanical Engineers, executive director of the Production Branch of the Chinese Society of Mechanical Engineering, member of the Steering Committee of Mechanical Design, Manufacturing and Automation Teaching of the Ministry of Education, outstanding expert in Liaoning Province, outstanding scientific and technological workers in Liaoning Province and Shenyang City, top ten scientific and technological talents in Shenyang City, model worker in Shenyang City, and vice chairman of Shenyang Science and Technology Association. As a national senior visiting scholar and senior research scholar, he has conducted cooperative research in Northeastern University, Massachusetts University and Michigan University. The research results won the second prize of National Science and Technology Progress Award 1, National Technology Invention Award 1, Liaoning Science and Technology Progress Award 1, Liaoning Technology Invention Award 1, Liaoning Science and Technology Progress Award 65438 and Liaoning Technology Invention Award 1. Five national invention patents. He published 5 monographs and more than 200 papers, which were searched by SCI and EI 100 times. Main works: 1, 80x86 protection mode and its operating system, and Wu, Liaoning Science and Technology Press, 2005.2, Electromechanical spindle unit technology of CNC machine tools, Wu, Machinery Industry Press, 2006 CNC machine tool spindle system, Wu, Science Press, 201year 3. Proton exchange membrane CNC Machining Equipment and Technology for Irregular Stone, Wu, Zhao Dehong, Science Press, 20 16544. Zhang Guoliang, Li Shaohong. Design of high-speed precision grinder, key engineering materials, Vol. 304~305 (2006):492~496 6, Wu Yanhong, Li Shaohong, Zhang Gang. High-speed and high-precision grinding of ceramic bearing balls. Key Engineering Materials, Volume 2965438, 2005 +0~292 pages: 325~330 pages 7. Wu Yaohui, Zhang Gang and Li Shaohong. Research on high-speed precision grinding of non-circular parts based on PMAC. Key Engineering Materials, Vol. 259 ~ 260, pp. 370 ~ 3738, 2004, Wu Yanhong, Zhang Gang, Sun Hong. Grinding technology of HIPSN ceramic ball. Key Engineering Materials, Vol. 202~203 (2001):185 ~188 9, Wu. Machining non-circular parts with programmable multi-axis controller. Journal of Mechanical Engineering, Volume 19 (1) (2006):1kloc-0/~10410, Wu, Zhang Yu. Research on application of linear motor in high-speed precision machining of non-circular cross-section parts. Journal of mechanical engineering. 2004。 Wu, Vargas, malkin. Temperature and energy distribution of ceramic CBN grinding wheel. 48 Annual Report (1) (1999): 247 ~ 25012, Wu, electromechanical spindle of NC machine tool. 13, Wu, hot-pressed silicon nitride ceramic ball bearings, Liaoning Science and Technology Press, 2003, Shenyang. 14, Wu He. Processing and Application of Engineering Ceramics, Proceedings of the Third National Youth Academic Conference of China Mechanical Engineering Society (special report of the conference), Beijing: Machinery Industry Press, 1998: 33 ~ 36 Scientific Research Project 1) Research on low-cost and high-efficiency precision grinding technology of engineering ceramics. No: 2007222009, Key Science and Technology Project of Liaoning Province, 2008. 1 ~ 2009.6438+02, with a grant of 500,000 yuan; (2) Construction of Shenyang Key Laboratory of CNC machine tools and key technologies. No.: 1072034- 1-00, Shenyang science and technology project, 2008. 1 ~ 2009.438+02, with a funding amount of 200,000 yuan; (3) Research on key technologies of CNC machining center for special-shaped stone. No.: 20084020 15, construction project of provincial engineering technology research center, with a fund of 300,000 yuan; (4) Research on the application of solar photovoltaic cells in buildings. No: 2008-k6- 12, Science and Technology Plan of the Ministry of Construction, with a grant of 200,000 yuan; (5) Multifunctional compound machining center for special-shaped stone. No: 2008GRB00022, National Key Promotion Plan of New Products, with a fund of 200,000 yuan; (6) Research on key technologies and dynamic characteristics of all-ceramic motorized spindle unit without inner ring. No.: 50975 182, National Natural Science Foundation of China, 2010.0/~ 2012.12, with a fund of 380,000 yuan; (7) Research on precision machining technology and its application of high performance structural ceramics. No.: 2008DFA70330, international scientific and technological cooperation project, 2008.07 ~ 201.06, funding 1.96 million yuan; (8) Study on geological adaptability of cutting part of full-face roadheader. No: 2007BAF9B0 1, National Science and Technology Support Plan (horizontal), 2009438+0-20112, with a fund of 300,000 yuan; (9) Research on key technologies of pillar system of full-face hard rock roadheader. No: 2009220025, Key Science and Technology Project of Liaoning Province, 2009.05438+0-201.12, with a grant of 500,000 yuan; (10) Design of rock hob test-bed. Northern heavy industries Group Co., Ltd. (horizontal), 2009.10-2010.10, with a capital of 200,000 yuan;