Xie youbai

65438-0955 Graduated from Jiaotong University (Shanghai) majoring in internal combustion engine manufacturing, and stayed on as a teacher. Later, he moved to the west with the school and taught at Xi Jiaotong University. He used to be the director of the Institute of Lubrication Theory and Bearing of Xi Jiaotong University (1986- 1997) and the director of the Open Research Laboratory of Lubrication Theory and Rotor Bearing System of the State Education Commission (1994- 1999). At present, he is a professor at Xi Jiaotong University, a doctoral supervisor, director of the Academic Committee of the State Key Laboratory of Tribology in Tsinghua University, a member of the discipline evaluation group of the the State Council Academic Degrees Committee, a member of the education reform advisory group of the State Education Commission for the 2 1 century, the chief expert of modern design technology of AMTRC in the Institute of Mechanical Science, and a part-time professor in more than ten universities. Director of Editorial Board of China Mechanical Engineering, Deputy Director of Editorial Board of Journal of Tribology, Editorial Board of Journal of Mechanical Engineering Engineering Design, Editorial Board of Journal of Engineering Tribology, etc. He has served as the first, second and third vice chairman (1979- 1992), the fourth chairman (1992- 1997) and the fifth standing committee (1997) of Tribology Society of China Mechanical Engineering Society. 1994 was elected as the first academician of China Academy of Engineering in May. In these forty-five years, the courses offered include mechanical principle, mechanical parts, vibration theory, hydrodynamic lubrication theory, elastic hydrodynamic lubrication theory, bearing technology, tribology, modern design and so on.

He developed the original system method based on simple tribology system, put forward the basic idea of tribology (large) system system engineering, and constructed the theoretical framework. In addition, important and rich theoretical and application achievements have been made in tribology and dynamic design of rotor bearing system of large turbo-generator set and high-speed turbine machinery and cylinder liner piston assembly system of internal combustion engine, and a lot of work has been done in promoting tribology design and establishing tribology database. He has published a large number of works, summed up three basic laws of tribology: system dependence, time dependence and coupling of different disciplines, and suggested that they be listed as three axioms of tribology. He pointed out that the traditional theory and technology did not consider the coupling of dynamic behavior, which is a brand in the history of tribology.

-

Lu Bingheng

Academician of China Academy of Engineering, professor of Xi Jiaotong University, doctoral supervisor. At present, he is the president of the School of Mechanical Engineering of Xi Jiaotong University, the head of the National Engineering Research Center for Rapid Manufacturing (to be built), the convener of the mechanical discipline appraisal group of the State Council, the member of the second advisory committee of the Materials Department of China National Foundation, the head of the mechanical discipline appraisal group of China National Foundation, the vice chairman of the Bio-manufacturing Branch of China Mechanical Engineering Society, the vice chairman of the China Mechanical Manufacturing Technology Association, and the chairman of the National College Metal Cutting Machine Tool Society. Won the National "May 1st" Labor Medal and Hong Kong Chiang's Science and Technology Achievement Award. The main study and work experiences are as follows:

● 65438+September 0962-65438+August 0967 studied in department of mechanical engineering of Hefei University of Technology, and graduated with a bachelor's degree;

●1September 1967 ——1September 1979 Sanmenxia Zhongyuan Measuring Instrument Factory worked as a worker, technician and director;

● 65438+September 0979—65438+June 0982, studying for a master's degree in mechanical manufacturing in Xi 'an Jiaotong University;

●1September 1982-1June 1986, studying for a doctorate in mechanical manufacturing at Xi Jiaotong University;

●198811-19921as an associate professor of Xi Jiaotong University, studying mechanical dynamics;

●199265438+Professor in Xi Jiaotong University in February. Study rapid prototyping, bio-manufacturing and micro-manufacturing;

●1July 1992-1March 1993 went to the University of Michigan as a visiting scholar;

● From 200/KLOC-0 to 2004, he served as a member of the Expert Committee in the field of advanced manufacturing and automation technology of the National 863 Program, a member of the evaluation team of the State Council Mechanical Discipline, the deputy director of the teaching guidance sub-committee of mechanical design, manufacturing and automation specialty of national colleges and universities, and the director of China Mechanical Engineering Society;

● From 2002 to 2004, he served as a member of the first expert advisory committee of the Engineering and Materials Science Department of the National Natural Science Foundation of China;

Responsible for the construction project of rapid prototyping manufacturing technology engineering center of the Ministry of Education, the Ninth Five-Year Plan and the Tenth Five-Year Plan, 2 1 1 plan. In recent years, he has undertaken and participated in major scientific research projects: research and application demonstration of rapid manufacturing integrated system based on rapid prototyping (the tenth five-year plan of the state); Integrated technology and equipment of rapid mould manufacturing for product development (863 plan); Development of platform technology and design software for rapid development of water-saving irrigation equipment (863 plan); Research on laser rapid prototyping technology of water-saving products (863 plan); Research and development of imprint lithography technology and equipment in integrated circuit manufacturing (863 plan); Hierarchical manufacturing process simulation and process material optimization (National Natural Science Foundation); Basic research on artificial bone activation mechanism and bionic design and manufacturing technology (key project of National Natural Science Foundation); Phase transformation configuration and fidelity transfer in micro-imprint molding (973 plan).