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State Key Laboratory of Mechanical Transmission (Chongqing University)

National applied basic research and high-level talent training base in mechanical transmission and related fields

State Key Laboratory of Mechanical Transmission (SKLMT) mechanical drive Applied basic research and high-level talent training base established in relevant fields. After two times of national investment and construction and the supporting investment of the university, the laboratory has established domestic leading experimental conditions and research environment in mechanical transmission and related fields, and can complete relevant basic research work. It has become a well-known high-level academic research institution at home and abroad and has certain influence internationally.^[1]

Chinese name: State Key Laboratory of Mechanical Transmission
Foreign name: State Key Laboratory of Mechanical Transmission
Location: Chongqing University

Research direction: Theory and Method of Mechanical Transmission Design
Objectives: Obtain original innovation achievements and independent intellectual property rights
English abbreviation: SKLMT

catalog

ten Project achievements
eleven Hold academic conferences
twelve International exchange and cooperation

Basic overview

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State Key Laboratory of Mechanical Transmission (hereinafter referred to as "laboratory") Chongqing University , is the country mechanical drive Applied basic research and high-level talent training base established in relevant fields. Relying on the first-class national key discipline of mechanical engineering, the laboratory has Mechanical Design and Theory 、 Machinery Manufacturing and Automation 、 Mechatronic Engineering 、 Vehicle engineering Four doctoral programs and mechanical engineering Postdoctoral mobile station 。^[1] The key research directions of the laboratory are: mechanical transmission design theory and method, high-performance electromechanical transmission system, vehicle power transmission and control, transmission system manufacturing and measurement and control, transmission system and equipment integration technology.^[2] After two times of national investment and construction and the supporting investment of the university, the laboratory has established domestic leading experimental conditions and research environment in mechanical transmission and related fields, and can complete relevant basic research work. It has become a well-known high-level academic research institution at home and abroad and has certain influence internationally. As of December 2013, more than 150 doctors, more than 500 masters and more than 20 post doctoral researchers have been trained.^[1]

Main tasks

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The main task of the laboratory is to carry out innovative research on the frontier of discipline development and major scientific and technological issues of national economy, social development and national security according to the national science and technology exhibition policy and around the national development strategic objectives. Its goal is to obtain Original innovation Achievements and independent intellectual property rights.

Functional positioning

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State Key Laboratory of Mechanical Transmission Take the scientific and technological issues of precision, reliability, resource conservation, environmentally friendly transmission and power as the main line of research mechanical drive And new theories, new methods, new technologies and new devices in related fields, and pay attention to information technology New material technology The intersection and integration of energy conservation and environmental protection technologies, the application of basic research and innovative research, efforts to solve the common and key scientific and technological problems of mechanical transmission and its related systems in important equipment of national defense and civil industry, and make contributions to China's equipment manufacturing industry to reach the world's advanced level as a whole. Through high-level scientific research, high-level personnel training and extensive and in-depth international cooperation and exchanges, the laboratory will strive to become a high-level research base and talent training base with international influence in mechanical transmission and related fields in China.

Operational policy

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Open flow and joint competition

Historical evolution

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In 1988, the former State Planning Commission approved the construction; In 1991, it was completed and accepted by the state and officially opened to the outside world; In 1997, it passed the first national assessment; The second national assessment was adopted in 2003; The third national assessment was passed in 2008.

In March 2019, it was evaluated by the Ministry of Science and Technology as a rectification laboratory in the engineering field by the State Key Laboratory in the engineering field and material field in 2018.^[3]

organization structure

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Current leaders

Director: Chen Bingkui professor^[4]

Executive Deputy Director: Wang Yongqin professor

Deputy Director: Shao Yimin professor^[5]

Deputy Director: Tao Guibao associate professor

Academic Committee (Seventh Session)

S/N	full name	title	Position of Academic Committee	Work unit
one	Hu Zhenghuan^[6]	academician	Honorary Director	Beijing University of Science and Technology
two	Li Bacon	academician	director	Huazhong University of Science and Technology
three	Qin Datong	professor	Deputy Director	Chongqing University
four	Tan Jianrong	academician	committee member	Zhejiang University
five	Gao Jinji	academician	committee member	Beijing University of Chemical Technology
six	Guan Jie	academician	committee member	Xi'an Heavy Machinery Research Institute
seven	Fang Daining	academician	committee member	Beijing University of Technology
eight	Zhai Wanming	academician	committee member	Southwest Jiaotong University
nine	Lu Xinchun	professor	committee member	Tsinghua University
ten	Ge Shirong	professor	committee member	China University of Mining and Technology
eleven	Zhou Zhongrong	professor	committee member	Southwest Jiaotong University
twelve	Stone shine	professor	committee member	Beijing University of Technology
thirteen	Huangtian	professor	committee member	Tianjin University
fourteen	Chen Bingkui	professor	committee member	Chongqing University
fifteen	Shao Yimin	professor	secretary	Chongqing University

Academic Advisory Steering Committee^[7]

S/N	post	full name	Title/Position	Work unit
one	director	Wen Shizhu^[8]	academician	Tsinghua University
two	Deputy Director	Yang Huayong	academician	Zhejiang University
three	Deputy Director	Li Dongru	professor	Machinery Industry Federation
four	committee member	Hai Jintao	professor	Mechanical Science Research Institute
five	committee member	He Aimin	Vice General Manager	Nanjing Gaojing Transmission Equipment Manufacturing Group Co., Ltd
six	committee member	Lei Yuanzhong	professor	National Natural Science Foundation of the People's Republic of China
seven	committee member	Li Xianguang	general manager	Chongqing Machine Tool (Group) Co., Ltd
eight	committee member	Song Bin	chief engineer	Hangzhou Qianjin Gearbox Group Co., Ltd
nine	committee member	Tang Ping	Deputy Director	Shanghai Aerospace Systems Engineering Research Institute
ten	committee member	Wang Changlu	Deputy Director	Zhengzhou Machinery Research Institute
eleven	committee member	Wu Shizhi	director of an institute	China Aviation Power Machinery Research Institute
twelve	committee member	Wu Xiaoling	professor	Zhengzhou University
thirteen	committee member	Yan Kejun	Vice General Manager	Chongqing Gearbox Co., Ltd
fourteen	committee member	Zhou Guangming	director	China North Vehicle Research Institute

Scientific research team

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The laboratory has 50 fixed personnel (including 36 professors and 10 associate professors), including National Science Fund for Distinguished Young Scholars One winner, two national level candidates from the first and second level training plans of the Ministry of Personnel's "Hundred and Ten Thousand Talents Project"/"New Century Hundred and Ten Thousand Talents Project", and ten national level candidates from the "Trans Century/New Century Excellent Talents Training Plan of the Ministry of Education". The laboratory has an innovative team of the Ministry of Education, and has formed a research, technical and management team with reasonable educational background, age, professional title, and professional structure, which is aggressive and mainly young and middle-aged.^[1]

Platform and equipment

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Experimental platform

S/N	Equipment name	contacts	room number
one	Hybrid test bench	Yang Yalian	one hundred and one
two	Precision transmission test-bed	Li Chaoyang	one hundred and three
three	CMM	Mou Yun	one hundred and four
four	ABS test bench	Li Yinong	one hundred and five
five	to attack Vibration test bench	Shao Yimin	one hundred and five
six	Friction and wear tester	Shoko	one hundred and seven
seven	Dynamic seal tester	Shoko	one hundred and seven
eight	One dimensional linear motor test bench	Kang Huimin	one hundred and eight
nine	high speed Motorized spindle Dynamometer	Kang Huimin	one hundred and eight
ten	Transmission test bench	Shoko	one hundred and nine
eleven	Mooney instrument	Shoko	two hundred and one
twelve	Vulcanizer	Shoko	two hundred and one
thirteen	Electronic tensile machine	Shoko	two hundred and one
fourteen	Vehicle transmission test bench	Yang Yang	Large workshop
fifteen	Static and dynamic test bench	Shoko	Large workshop
sixteen	Exhibits and models	Master Ou	Large workshop
seventeen	Gear lubrication test bench	Wang Jian	Green brick house
eighteen	Gear transmission test bench	Wang Jian	Green brick house
nineteen	Gear fatigue test bench	Wang Jian	Green brick house
twenty	The experimental station	Zhu Caichao	Green brick house

Experimental equipment

S/N	Equipment name	contacts	room number
one	Three coordinates Grinding machine	Li Chaoyang	Yellow House
two	NC four axis linkage worm Grinding machine	Qiu Xinyang	Yellow House
three	CNC worm grinder	Qiu Xinyang	Yellow House
four	Gear shaper	Qiu Xinyang	Yellow House
five	hobbing machine	Qiu Xinyang	Yellow House
six	Mould plating machine	Chen Man	Yellow House
seven	Forming heater	Shoko	Yellow House
eight	EDM machine tool	Wang Guangjian	Yellow House
nine	Gear milling machine	Liu Hengxue	Yellow House
ten	Detector	Liu Hengxue	Yellow House
eleven	Grinding machine	Liu Hengxue	Yellow House

research field

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According to the requirements of the Outline of the National Medium and Long term Science and Technology Development Plan (2006-2020) and the "Eleventh Five Year Plan" and "Twelfth Five Year Plan" science and technology plans, aim at the forefront of the world's disciplinary development, and according to the major needs of China's equipment manufacturing industry and mechanical drive The scientific problems mainly involved in the discipline field, combined with the research characteristics and advantages of the laboratory, determine the key research directions of the future laboratory as follows: mechanical transmission design theory and methods, high-performance electromechanical transmission systems, vehicle power transmission and control, transmission system manufacturing and measurement and control, transmission system and equipment integration technology.^[2]

1. Theory and Method of Mechanical Transmission Design

Mainly carry out research on the design theory and method of key basic parts of mechanical transmission, focusing on new theories, new methods and new structures of power and motion transformation, precision transmission design theory and method, transmission parts reliability design Theory and method, transmission system dynamics, vibration and noise control, machinery tribology And surface engineering technology mechanical drive And multidisciplinary optimization design of the system, micro nano transmission theory and technology, etc.

2. High performance electromechanical transmission system

Mainly carry out research on key scientific and technological issues of electromechanical transmission system of important equipment in engineering fields such as robotics, aviation, aerospace, shipbuilding, new energy, national defense, etc., focusing on special and extreme environment High precision, high reliability, long life, large torque, low energy consumption, small size, lightweight high-performance electromechanical transmission and intelligent control system, new engineering composite material transmission system based on resource saving and environment-friendly, high-performance transmission and drive system industrial engineering technology.

3. Vehicle power transmission and control

Mainly carry out automobile New energy vehicles , engineering machinery, agricultural machinery and other engineering fields, focusing on vehicle power transmission system Hybrid Research on the design theory, matching control method and system efficiency optimization of the transmission system, electric transmission system, electro-hydraulic composite transmission system and its key components, as well as research on the test method of the power transmission system and research and development of the test system; At the same time with the vehicle system dynamics Based on, apply modern control theories and methods, focus on the active/semi active Active suspension Control Powertrain The advanced chassis control system theory and key technologies such as vibration isolation theory and control of mounting system, vehicle stability control, chassis integrated control are studied.

4. Manufacturing and measurement and control of transmission system

Mainly carried out numerical control machine , ships, armored vehicles, wind power generation, urban rail transit General machinery , large aircraft press equipment and other transmission systems and equipment manufacturing, measurement and control, damage dynamic monitoring and fault identification related basic theory and common key technology research. Focus on the research of high-speed and high-precision based on the principle of electric drive (or zero drive) Gear processing machine And functional parts, innovative design and manufacturing theory and application of high-precision CNC multi strand spiral spring machining machine tools, zero programming CNC gear hobbing method and application, efficient and precise major complex structures (parts) Abrasive belt grinding Processing theory and application, optimal design, manufacturing and maintenance of CNC high-efficiency gear making machine tools, intelligent bearing design based on new embedded sensors, processing theory and measurement and control technology, mechanical testing oriented virtual instrument Theory and application, measurement of mechanical parameters of transmission system and control of vibration and noise, machine vision based precision measurement Technology, modern testing technology and instrument development and application, signal analysis and fault feature extraction method in strong noise environment, transmission system damage Dynamic monitoring And fault identification theory and system integration technology.

5. Transmission system and equipment integration technology

Mainly carry out research on integrated optimization design technology and integrated optimization operation technology of transmission system and equipment; The research focuses on the energy consumption characteristics, information characteristics and other operating characteristics of the transmission system of electromechanical equipment under complex operating conditions, the integrated optimization design technology and optimal operation technology of the transmission system, control system and working system of electromechanical equipment, and the networked, information-based, green and integrated optimal operation technology of the multi machine manufacturing system composed of various electromechanical equipment.

Project achievements

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The laboratory has undertaken 18 national key projects and 20 national "863" projects, National Natural Science Foundation of China 5 key projects and General items More than 80 projects, including more than 300 Ford NSFC China Development Fund projects, EU international cooperation projects, national military projects and enterprise entrusted projects. The laboratory has achieved a series of domestically leading and internationally advanced achievements in mechanical transmission and related fields. It has won one second prize and two third prizes of the National Invention Award, seven second and third prizes of the National Science and Technology Progress Award, 23 first prizes of ministerial and provincial scientific and technological achievements, and more than 70 second and third prizes. More than 130 invention patents were approved, more than 20 monographs were published, and more than 3000 scientific papers were published, of which more than 1000 were included in SCI and EI.^[1]

Hold academic conferences

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July 2012 International Seminar on the Industrialization of Automatic Transmission in China (2012CATIIS)

In June 2012, the 10th International Conference on Design and Manufacturing Frontiers (ICFDM2012)

In June 2012, the second Global Chinese Professors Manufacturing Science Youth Forum

International Academic Conference on Power Transmission in October 2011 (ICPT '2011)

December 2010 China Engineering Science and Technology Forum - "2010 Auto Independent Innovation"

The 43rd Shuangqing Forum in October 2009 - "Design and Manufacture of New Precision Transmission Mechanism"

October 2007 International Conference on Product Design and Manufacturing Systems (PDMS' 2007)

September 2006 International Conference on Mechanical Transmission (ICMT '2006)

May 2006 EU International Seminar on Asian Information Technology and Asian Link Graduate Education

November 2004 Advanced Manufacturing Technology and Gear Academic Conference

In July 2004, the 14th National Institutional Science Seminar and the 2nd Cross Strait Institutional Science Academic Exchange

May 2004 International Seminar on Mechanical System Design Technology

International exchange and cooperation

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Since 2003, the laboratory has hosted five international academic conferences, two international bilateral academic conferences and three national academic conferences. More than 300 representatives from 15 countries and regions including Germany, the United States, Japan, the United Kingdom, Russia and medium-sized countries and regions attended the international academic conference on mechanical transmission hosted by the laboratory, including more than 70 overseas representatives, A Professor Kubo, President of the German Mechanical Transmission Association B R. Professor Hoehn, former Chairman of the Transmission Technical Committee of the International Federation of Machine and Mechanism Theories V Professor Goldfarb gave a keynote speech at the meeting.

29 visiting scholar topics were approved and 37 guest researchers were accepted. Laboratory researchers attended more than 50 international academic conferences, overseas (outbound) academic visits and lectures. More than 50 professors and experts from universities, research institutions and enterprises at home and abroad came to the room for cooperative research or visiting lectures. Send 14 graduate students to the United States, the United Kingdom, France, Finland, Singapore, etc. to study/jointly cultivate doctoral degrees, or study and exchange; Accepted from Britain, Finland, Egypt Sudan Seven foreign students sent by other countries went to the laboratory to study for doctor's degree or exchange.

The laboratory has established international cooperative research and academic exchange relations with universities, research institutions and enterprises in Japan, the United Kingdom, the United States, Canada, Germany and other countries. For example, with Tohoku University Technical University of Munich , University of Albert, Canada university of manchester 、 Nottingham Trent University , University of Michigan Dearborn, Ford Company Gyeongsang National University And signed cooperation agreements on cooperative research, academic exchanges and joint training of graduate students. He has undertaken three international cooperation projects, including the EU international cooperation research project "Web enabled collaboration in intelligence design and manufacture (No: ASI/B7-301/3152-099/71553)" with the United Kingdom and Spain The EU Asia Link Project "Human Resource Development in Mechanical and Manufacturing Engineering (No. ASI/B7-301/98/679-023)" jointly undertaken by Finland and the United States Ford Motor Company Entrusted project. In addition Nottingham Trent University And Canada university of Alberta An agreement for cooperative research was signed.

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