National key laboratory based on Xi'an Jiaotong University
synonymState Key Laboratory of Mechanical Manufacturing System Engineering (Xi'an Jiaotong University)(National key laboratory for research on mechanical manufacturing system engineering) generally refers to the national key laboratory for precision micro nano manufacturing technology
The predecessor of the National Key Laboratory of Precision Micro nano Manufacturing Technology is the State Key Laboratory for Manufacturing Systems Engineering, which was established in 1989;In October 1995, it passed the acceptance and was open to the public for operation;In 2022, it will be built into a national key laboratory of precision micro nano manufacturing technology.[1-3]
Focusing on the cutting-edge direction of mechanical manufacturing system engineering and national needs, the laboratory focuses on interdisciplinary research in additive manufacturing, micro nano manufacturing, and biological manufacturing.[2]
According to the data on the laboratory's official website in August 2023, the laboratory has four research rooms;There are 70 permanent staff, including 64 full professors and 6 associate professors, including 4 academicians of the Chinese Academy of Engineering,IEEE Fellow1 person;There are three national level key disciplines, a centralized laboratory area of about 30000 square meters, and more than 70 large-scale instruments and equipment.[2]
Chinese name
National Key Laboratory of Precision Micro nano Manufacturing Technology
Foreign name
State Key Laboratory for Manufacturing Systems Engineering
In 1987, Xi'an Jiaotong University's Computer Integrated Manufacturing System (CIMS) Center was composed of three disciplines: system engineering, mechanical manufacturing and management engineering.[4]
State Key Laboratory of Mechanical Manufacturing System Engineering
In 1989, the project was approved and approved by the National Planning Commission to use the World Bank loan of 1.2 million US dollars. Relying on the three national key disciplines of Xi'an Jiaotong University, namely, mechanical manufacturing and automation, system engineering, and management science and engineering, the national key laboratory of mechanical manufacturing system engineering was jointly established.[4]
In 1991, the international bidding for loan projects and equipment procurement was launched and construction began.[4]
In 1995, the laboratory passed the national acceptance and was officially opened to the public.[4]
In 1997, all the equipment purchased with the World Bank loan was in place and put into operation.[4]
In 2003, the laboratory passed the first national evaluation.[4]
In 2008, the laboratory passed the second national assessment.[4]
In 2013, the laboratory passed the third evaluation and was rated as "excellent".[4]
In 2015, it passed the qualification accreditation of the qualification evaluation team directly under Shaanxi Provincial Bureau of Quality and Technical Supervision, and obtained the metrological accreditation of laboratory qualification accreditation issued by Shaanxi Provincial Bureau of Quality and Technical Supervision（CMA）Certificates.[20]
In 2018, the laboratory passed the fourth evaluation and was rated as "excellent".[4]
In 2022, it will be built into a national key laboratory of precision micro nano manufacturing technology.[1][3]
Scientific research conditions
Announce
edit
staff establishing
According to the official website data of the laboratory in August 2023, the laboratory has 70 permanent staff, 64 full professors and 6 associate professors;The researchers include 4 academicians of the Chinese Academy of Engineering, 1 IEEE Fellow, 3 973 chief scientists, 5 national outstanding young scholars, 14 trans century outstanding talents of the Ministry of Education, and 4 national outstanding doctoral dissertations.[2]
Winners of National Science Fund for Distinguished Young Scholars:Zhao Yulong、Chen Xuefengetc.[7]
Winners of National Science Fund for Distinguished Young Scholars:Cui Jianlei、Cao Hongruietc.[7]
National Xiangjiang Scholars:Cui Jianlei et al[7]
National outstanding backbone teachers of colleges and universities:Jiang Zhuangde et al[7]
IAAM Fellow：Cui Jianlei et al[7]
JSPS Fellow：Cui Jianlei et al[7]
VEBLEO Fellow：Cui Jianlei et al[7]
Winners of the New Century Excellent Talents Support Program of the Ministry of Education:Zhou GuanghuiWen GuangruiZi Yanyang、Xu Yinfengetc.[7]
Shaanxi Province "Sanqin Talents" allowance recipients:Zhou Guanghui et al[7]
"Young Outstanding Talents" in Shaanxi Universities:Lan Jian, Zhang Xingwu, etc[7]
Winners of Shaanxi Outstanding Youth Fund:Lan Jian, etc[7]
Young and middle-aged scientific and technological innovation leaders in Shaanxi Province:Wen Guangrui et al[7]
Outstanding Communist Party members in Shaanxi Province:Wen Guangrui, Chen Xuefeng, etc[7]
Scientific research platform
According to the data on the laboratory's official website in August 2023, the laboratory has one innovation group from the National Natural Science Foundation of China.[2]As of February 2017, there were 4 innovation teams from the Ministry of Education.[17]
Innovation group of National Natural Science Foundation of China
entry name
Project leader
Department
Study period
Basic Research on Mechanical Equipment Diagnosis
Lin Jing
Engineering and Materials Science Department
2015-2020
Source:[8]
Innovation team of the Ministry of Education
full name
Professional direction
Selected year
Plum cedar
Intelligent diagnosis and control of mechanical system (rolling support)
2015
Zhao Yulong
Micro/nano sensing and testing technology (rolling support)
2014
Plum cedar
Intelligent Diagnosis and Control of Mechanical Systems
2011
Zhao Yulong
Micro nano sensing and testing
2010
Lu Bingheng
Additive manufacturing technology
2006
Guan Xiaohong
Research on economy and security of complex network system
2006
Source:[18]
Instrument and equipment
According to the data on the laboratory's official website in August 2023, the laboratory has a centralized laboratory area of about 30000 square meters, with more than 70 large instruments and equipment.[2]
Instrument and equipment
research center
Instrument and equipment
Micro nano Research Center
Multi target sputtering system, deep dry etching machine, spectroscopic ellipsometer, step profiler, white light coherence correlation profiler, atomic force microscope Innova, rotary homogenizing hot plate machine, resistance evaporation coating machine, ellipsometer laser, multi-function bonding machine, digital optical microscope, scanning electron microscope, array micro jet printing system, laser marking machineTubular growth furnace, micro plasma welding machine, laser picosecond regeneration amplification system, double side alignment exposure machine, confocal microscope, spray homogenizer, contact aspheric surface measuring instrument, micron X-ray three-dimensional imaging system, plasma enhanced chemical vapor deposition system (PECVD), biological inverted fluorescence microscope, field emission scanning electron microscope, ultrasonic microscopeElectron beam direct writing system, freeze dryer, three-dimensional gait analysis system, multi-functional mechanical testing machine, hip and spine joint motion simulator, knee joint motion simulator, steady-state transient fluorescence spectrometer, powder X-ray diffractometer, electron beam evaporation platform, micro drop digital PCR system, biological laser confocal microscope
Major Equipment Experiment Center
CMM, comprehensive environmental test chamber, biomechanical fatigue testing machine (available for polymers), composite material placement machine, turbine blade dual refrigerant cooling system, laser metal direct forming tester, horizontal machining center, vacuum drying oven, laser interferometer, PIV particle tracer, Faro laser tracker, gear measurement center, multi-functional static testing machineX-ray stress tester, laser tracker Leica TN90
Qingdao Research Institute of Xi'an Jiaotong University
Vickers hardness measurement system, digital Rockwell hardness tester, digital Vickers hardness testerSPT-20 ion sputtering instrument, three comprehensive environmental test system, hydraulic vibration test system, 3D printer for laser selected metal melting, laser SPS600B UV curing 3D printer, digital Brinell hardness tester, dual axis electric vibration test system, impact test system, electric vibration test system, electromagnetic resonance high-frequency fatigue test machine, 1000kN MTS high-performance fatigue test machine250kN MTS high-performance fatigue testing machine, 100kN MTS high-performance fatigue testing machine, 25kN MTS high-performance fatigue testing machine, laser cladding system (10KW), laser welding system (10KW), robot flexible connection system, 300kN electronic universal testing machine, 100kN electronic universal testing machine, large field of view laser scanner, 3D deformation detection system, high-speed motion 3D detection systemVacuum electron beam welding system, laser cutting system (1KW), 3D topography microscope, metallographic microscope, field emission scanning electron microscope, mobile 3D scanner, mobile 3D laser scanner
Source:[9]
Scientific research achievements
Announce
edit
Research direction
Research direction
Key research contents
research field
Advanced manufacturing principles and technologies
Research on manufacturing technology that can bring about changes in the manufacturing system, such as new principles and methods such as shortening the manufacturing process, high precision and efficiency, low energy consumption and low pollution, complex structure and new material application;Improve the function and efficiency of the manufacturing system through the innovation of manufacturing principles
Additive manufacturing (3D printing)
Micro nano manufacturing
Biomanufacturing
Composite material manufacturing
Equipment and integration of manufacturing system
Carry out work around the key equipment technology necessary in the manufacturing process, such as high-performance manufacturing equipment, high-performance testing equipment, high-quality assembly technology, etc., study the digital and intelligent technology in equipment design, manufacturing, testing, study the influence law of various conditions in the equipment integration process, and improve the level and quality of manufacturing equipment
3D reverse measurement
High speed and high-precision machine tools
High performance functional parts
Robot and its intelligence
Manufacturing informatization and manufacturing system engineering
By means of information technology and based on the method of system analysis, through the analysis and mining of the information in the manufacturing process and service process, the control and management of the manufacturing process and service process are implemented to achieve the optimal allocation of manufacturing resources and the excellent operation of equipment and production system
Equipment operation fault diagnosis
Big data system for manufacturing and mechanical equipment operation
Manufacturing System Optimization and Scheduling
Manufacturing quality control
Advanced manufacturing system mode
Study the form and operation mode of enterprise manufacturing resources, production organization and service system.Study the management mode of effectively organizing various manufacturing factors to realize the optimal operation of manufacturing system, establish the relationship between manufacturing technology and non-technical factors, and improve the efficiency of production organization and equipment operation
Service oriented manufacturing mode
Social manufacturing mode
Ergonomics of manufacturing systems
Source:[10]
Scientific research achievements
survey
As of May 2021, the laboratory has undertaken more than 400 research topics in the past six years;It has won 3 second prizes of the National Technological Invention Award, 1 second prize of the National Natural Science Award, and more than 20 provincial and ministerial scientific and technological progress and invention awards;More than 600 authorized invention patents;He has published 16 monographs and more than 1500 international journal papers.[11]
research project
National 863 Program
entry name
person in charge
Research on Crack Growth Life Prediction Technology of Aircraft Wing Girder Based on Material R Curve
Chen Xuefeng
New mine gas detection and early warning system
Wang Hairong
On line positioning technology for large component assembly based on local spatial positioning system
Liu Zhigang
Combined ultra large size precision measurement technology
Liu Zhigang
Research on Quality Maintenance and Prediction of Multi source and Multi process in Manufacturing Process Based on 6-Sigma
Zhao Hong
Energy saving production optimization dispatching system of power system
Zhai Bridge Column
Research on Quantitative Crack Detection and Residual Life Prediction Technology of Aeroengine Rotor
Chen Xuefeng
Research and Implementation of Desktop Security Blocking System Based on Behavior Model
Cai Zhongmin
Research on service-oriented manufacturing execution system
Jiang Pingyu
Flexible solar cell with microstructure heterostructure interface and its manufacturing process
Liu Hongzhong
Research on Recognition Technology and Application of Weak Fault Characteristic Signals of Major Equipment
Zi Yanyang
Fast Field Holographic Dynamic Balancing Technology for Large Steam Turbine Generator Sets
Zhang Xining
Large Area Microimprinting Technology in Macroelectronic Device Manufacturing
Ding Yucheng
Research on Bio inspired Wireless Compound Eye Navigation Technology
Feng Zuren
Dynamic tracking control model of processing quality among enterprises
Zhao Liping
Research on CFD Analysis and Development Platform Technology of Drip Irrigation Emitters
Wei Zhengying
Automatic biological micro sample processing and detection equipment
Wang Zhaohui
Manufacturing technology of implantable artificial liver tissue
Liu Yaxiong
Modular design platform for high-performance CNC machine tools
Hong Jun
Large Aperture Optical Aspheric Machining Machine Tool and Complete Application Process
Zhao Huiying
On line testing system for comprehensive dynamic characteristics of high-grade CNC machine tools
Jiang Gedong
Complex and large gear measurement system (key)
Fang Suping
Research and Development of Fault Diagnosis and Health Condition Management System for Petrochemical Equipment Group
Xu Guanghua
Research on System Safety Analysis Method and Risk Control Technology for Chemical Production Equipment
Gao Jianmin
Active NetCT, an active defense system based on large-scale network security risk assessment
Guan Xiaohong
Intelligent diagnosis and control irrigation technology
Zhao Wanhua
Key Technology and Application of MEMS Sensor Industrialization for Dangerous Chemicals Condition Detection
Zhao Yulong
Source:[12]
National 973 Program
entry name
person in charge
Basic Research on High Performance Rolling Bearings
Wang Yu
Construction of Integration and Verification Platform for Ultra High Speed Machining Machine Tool
Lu Bingheng
Dynamic balance theory and method in "mathematical mechanics principle of high precision dynamic balance of ultra-high speed flexible spindle system"
Plum cedar
On line measurement and characterization of geometric parameters in wafer surface machining with nanometer precision
Jiang Zhuangde
Regularity and control of rheological shaping of nanostructures induced by external field
Ding Yucheng
Basic Research on Ultra High Speed Machining and Its Equipment
Lu Bingheng
Unstructured Information Processing Based on Visual Mechanism (Unstructured Information Processing Theory and Key Technologies Based on Visual Cognition
Zhang Jieshe
Key Technologies of Air Target Tracking Based on Multi source Heterogeneous Information Fusion
Han Chongzhao
Basic research on manufacturing of large power equipment: regulation mechanism of service environment at out of limit high temperature and new principle of dual refrigerant cooling
Gao Jianmin
Basic Research on Large Power Equipment Manufacturing: Complex Components and Controlled Manufacturing Methods
Li Dichen
Comprehensive Evaluation and Optimal Control of Multi source and Multi process Quality in Digital Machining
Jiang Pingyu
Source:[13]
National Science and Technology Support Program
entry name
person in charge
Bad Network Culture Content Audit and Source Positioning Technology
Zheng Qinghua
Digital education public service demonstration project
Zheng Qinghua
For the development of process design resources of mold industry cluster in the Yangtze River Delta
Hong Jun
Design Guidance Software System of Automobile Engine Based on KBE
Hong Jun
Construction of Shaanxi Emergency Management Platform
Sun Linyan
Source:[14]
Rewards for scientific research achievements
time
Award name
Name of achievements
Completed by
2008
First Prize for Technological Invention of the Ministry of Education
Wavelet finite element quantitative diagnosis technology and application of mechanical structure crack
He Zhengjia, Chen Xuefeng, Zi Yanyang, Li Bing, Zhang Zhousuo, Wang Weimin, Xu Rongdong
2009
Second Prize of National Science and Technology Progress Award
Efficient digital precision measurement technology and series of measurement equipment for complex surface of products
Jiang Zhuangde, Li Bing, Ding Jianjun, Guo Junjie, Fei Bin, Sui Liansheng, Tian Ailing, Huang Mengtao, Wang Xiaoqiang, Liu Baohua
2009
Second Prize of National Science and Technology Progress Award
Key Technology of Embedded Flexible Development Platform Machine Series Intelligent Measurement and Control Instrument Device
Han Jiuqiang, Cao Jianfu, Xing Daoqin, Zhang Xinman, Wu Cailing, Liu Ruiling
2009
Second Prize of National Technological Invention Award
Dynamic quantitative diagnosis technology and application of structural cracks in large rotating machinery
He Zhengjia, Chen Xuefeng, Zi Yanyang, Li Bing, Zhang Zhousuo, Wang Weimin
2009
First Prize of Natural Science Award of Ministry of Education
Research on the Application Theory of Modeling, Detection and Extraction of Mechanical Early Fault Transient Signal
Lin Jing, Qu Liangsheng, Qiu Hai
2009
The first prize of the Ministry of Education for scientific and technological progress in colleges and universities
Research and Application of Integrated Quality Control for Large and Complex Equipment
Gao Jianmin, Chen Fumin, Chen Kun, Li Cheng, Gao Zhiyong, Lin Zhihang, Zhang Yingjie, Wang Zhao, Li Yunlong, Yang Peilin
2009
Second Prize of Shaanxi Provincial Science and Technology Progress Award
The Model, Method and Application of Service Quality, Relationship Quality and Customer Satisfaction
Su Qin, Dang Jixiang, Li Zhao, Cui Yanwu, Song Yongtao, Jiang Peng, Xu Yi, Zhang Chi, Tan Hao, Peng Xiaohui, Shi Chengjun
2017
Second Prize of National Technological Invention Award
High dynamic MEMS piezoresistive special sensors and series products
Zhao Yulong, Zhao Libo, Tian Bian, Jiang Zhuangde, Wang Bing, Wang Rui
2017
First Prize of Science and Technology Award of Shaanxi Universities
Bionic Design and Manufacturing Basis of Macro and Micro Structure of 3D Printed Tissue Engineering Scaffold
He Jiankang, Li Dichen, Liu Yaxiong, Lu Bingheng, Lian Qin, Wang Ling
2020
Second Prize of National Science and Technology Progress Award
Key technologies and industrial application of high-throughput multi target nucleic acid automated quantitative detection
Peng Niancai, Li Ming, Miao Baogang, Li Zheng, Hu Fei, Wei Xueyong, Li Hongdong, Zhao Libo, Zhang Zhenxi, Jiang Zhuangde
2020
Second Prize of National Science and Technology Progress Award
Key technology and series product development of high-end packaging and printing equipment
Mei Xuesong, Li Yanfeng, Xu Wenchai, Zhao Fei, Xue Zhicheng, Huang Xiaojun, Wang Yiming, Chen Liang, Tao Tao, Han Jian
2020
First Prize of Shaanxi Provincial Science and Technology Progress Award
Structure field constrained manufacturing of precision gratings and its application in high-end equipment
Liu Hongzhong, Yin Lei, Lu Bingheng, Mao Xu, Feng Xing, Shi Yongsheng, Chen Bangdao, Jiang Weitao, Ye Guoyong, Lei Biao, Niu Dong
2020
First Prize of Shaanxi Province Technological Invention
Feature driven active vibration control technology and serialized equipment
Yan Ruqiang, Zhang Xingwu, Liu Jinxin, Qiao Baijie, Yang Zhibo, Zhao Yugang
Source:[15][19][21-23]
personnel training
Announce
edit
Discipline construction
According to the official website data of the laboratory in August 2023, the laboratory has three national level key disciplines.[2]
National level key disciplines:Mechanical Engineering, Control Science and Engineering, Management Science and Engineering[2]
Teaching construction
Rewards for teaching achievements
time
Award winning projects
Name of achievements
Completed by
2001
Second prize of national teaching achievement
Research and Practice on Curriculum Structure, Main Courses and Main Teaching Contents of Industrial Engineering
Wang Yingluo, Zhang Zhengxiang, Yuan Zhiping, Xu Qingchuan, Sun Linyan, Xu Yu
2014
Second prize of national teaching achievement
Reform and Practice of NC Technology Teaching System for Intelligent Manufacturing
Mei Xuesong, Chen Hualing, Xu Xuewu, Xu Muxun, Zhang Xiaodong, Zhang Dongsheng, Dong Xia, Zhang Qing, Liu Jixuan, Jiang Gedong
2014
Second prize of national teaching achievement
Reform and practice of industrial engineering talents training mode led by famous teachers, famous teams, famous courses and laboratories
Su Qin, Wang Yingluo, Wu Feng, Sun Linyan, Jia Tao, Qian Hua, Feng Qiuhong, Zhang Zhengxiang, Tong Xiaoliang, Xiang Li Liuxu, Chen Ning
2018
Second prize of national teaching achievement
Deepening the connotation, innovating the path, and cooperating in many ways: the new "one five three" model for cultivating potential talents in mechanical engineering
Chen Xuefeng, Lu Bingheng, Wang Yongquan, Duan Yugang, Li Bing, Xu Lili, Guo Yanjie, Li Ruiping
2022
Second prize of national teaching achievement
A new system for cultivating technological innovation ability of modern manufacturing talents with "one main line, two integration and three traction"
Lu Bingheng, Hong Jun, Zhao Wanhua, Mei Xuesong, Zhang Jun, Duan Yugang, Li Baotong, Lv Dun, Wang Yongquan, Yan Ruqiang, Gui Liang, Li Yang, Yin Yudong, Huo Jingqi
As of January 2019, the laboratory has cooperated with foreign units in China in micro/nano manufacturing, additive manufacturing, machine tool processing, fault diagnosis, etc.: in the direction of micro/nano manufacturing, it has been approved to build a "joint laboratory for international cooperation in micro/nano manufacturing and testing technology", and has cooperated with AustraliaUniversity of New South Wales, UKUniversity of Birmingham, USAUniversity of Southern CaliforniaCanadaSimon Fraser University, ChinaCity University of Hong KongOf scholars to carry out cooperative research;In the direction of additive manufacturing, we cooperated with University of London College (UCL) in the in vitro 3D printing construction method and performance evaluation of bone/cartilage, as well as the design of personalized feet, 3D printing process research and other directions, and jointly applied for the EU Horizon 2020 framework agreement project.[16]
The laboratory logo consists of a ring structure of gears, representing "mechanical manufacturing", indicating the direction of laboratory research.[2]
logo
Cultural Activity
The laboratory has carried out activities such as "Science and Technology Activity Week of State Key Laboratory of Mechanical Manufacturing System Engineering", "Shaanxi Main Venue of National Science Popularization Day and the Publicity Activity of the Annual Meeting of the Chinese Association for Science and Technology", and carried out special science popularization activities to show the laboratory culture through various forms of activities such as achievements display, lectures and training, laboratory visit, on-site operation demonstration, etc.[26-27]
