Weimin Zhang, male, born in Aug. 1976, postgraduate qualification, PhD, associate professor, master supervisor, member of Chinese Association of Automation, member of Central South Metalworking Research Association, director of Metalworking Training Center and Experiment Teaching Center of School of Mechanical Engineering and Electronic Information of China University of Geosciences (Wuhan), visiting scholar in the United States, member of the seventh batch of doctor service group of Hubei Province, is mainly engaged in mechanical engineering teaching and research.
Courses offered:
NC Machine Tool, Engineering Mechanical Design, Mechanical Design, Computer Interface Technology and Application, Computer Organization Principle
Main research fields:
[1] Mechatronics and Robotics
[2] Detection technology
[3] Geological equipment and its automation
Contact information:
E-mail: wmzhang@126.com wmzhang@cug.edu.cn
Mailing address: School of Mechanical Engineering and Electronic Information, China University of Geosciences (Wuhan)
Postal code: 430074
Main scientific research programs:
[1] Special Fund for Basic Research on Instruments of the National Natural Science Foundation of China: Subproject of 5GPa high temperature and high pressure rheometer technology research and instrument development program (2013-2015), PI
[2]Subproject of National Science and Technology Support Program: Research on life cycle data management technology of product BOL/MOL/EOL for closed-loop design of complex high-end equipment (2016-2018), the second principal investigator
[3] Program of the implementation plan for going deep into enterprises of Hubei Provincial Department of Education: Implementation plan for going deep into Wuhan Heavy Duty Machine Tool Group Corporation (2011.1-2011.12), PI
[4] Scientific research funds entrusted by enterprises and institutions: Online detection system for carbide anvil of cubic press (2012-2013), PI
[5] Scientific research funds entrusted by enterprises and institutions: Online detection system for carbide anvil of cubic press, 2013 (2013-2014), PI
[6] National defense program: Reliability ** acquisition and evaluation system (2012-2013), key participant
[7] General enterprise sponsored program: Intelligent research and application of woodworking curve saw (2011-2012), key participant
[8] Small device development program of China University of Geosciences (Wuhan): “Development of innovative teaching experiment platform based on wireless sensor network”, 2011, participant
[9] Pre-research of Lunar Exploration Program of the General Armament Department: Landing area***—Lunar surface ***, subproject of lunar surface *** (2010), participant
[10] General enterprise sponsored program: Mechanical analysis and strengthening research on key parts of drilling tools (2012-2013), key participant
[11] Program supported by Natural Science Foundation of Hubei Province: Research on new image recognition technology for on-line video detection of the surface defects of finished steel strip (2012-2013), participant
[12] Program of the Institute of Exploration Technology, Chinese Academy of Geological Sciences: Software development of small diameter directional deflection coring technology (2011-2012), participant
[13] Petroleum Engineering Research Institute of Dagang Oilfield: Development of interpretation software for tomographic imaging technology with drilling (2010-2011), participant
[14] Petroleum Engineering Research Institute of Dagang Oilfield: Three dimensional display technology of electric potential fracturing fracture (2011-2012), participant
[15] Provincial teaching research program of colleges and universities in Hubei Province: Research and practice of self-adaptive innovation and entrepreneurship of college students under “five in one” talent training mode (2013), participant
[16] University-level teaching research program: Research on numerical control practice teaching for application and innovative talents development (2013), PI
[17] University-level key experimental technology research program: Research on acoustic emission detection system for cracking of 1000 ton cubic press carbide anvil (2013), PI
[18] University-level network course development program: Microcomputer System and Interface Technology (2010), PI
[19] Pre-research of key program of the University: Research on the key technology of Chinese percussion instrument Dulcimer playing robot, 2015/10-2018/12, finished, the third PI
[20] Planned project of the Foundation for Humanities and Social Sciences of the Ministry of Education: Research on the key technology for Dulcimer robot and intelligent music recognition and playing (2016-2018), the second PI
[21] Program supported by the Fundamental Research Funds for Outstanding Youth in Central Universities: Research and experiment of ultrasonic in situ detector for geological structure (2012-2013), PI
[22] University-level experimental technology research program: Development of high precision micro-positioning NC micro drilling platform (2016-2017), the second PI
[23] Key program of the Fundamental Research Funds for the Central Universities: Research on the key technology for intelligent composition and playing by Dulcimer music robot, 2018/01-2020/12, the third PI
[24] General enterprise sponsored program: Research and development of PYTHON500 high speed image acquisition system, 2018/01-2018/06, ongoing, participant
[25] Comprehensive reform and innovation program of undergraduate teaching project: Modular electromechanical comprehensive innovation platform, 2017-2018, ongoing, participant
[26] Engineering fundamental course of undergraduate teaching and the improvement of experimental teaching level adaptive to the certification of Engineering Major: Research and construction of comprehensive experimental teaching mode of mechanical specialties for “professional certification of engineering education”, 2018, ongoing, participant
Academic papers:
[1] Weimin Zhang, Peimin Zhu, XiFeng Wang, et al.Design of a High-Performance Programmable Filter Based on TLC7528[J].Advanced Materials Research, 2014, V875-877: 2152-2157. Indexed by EI.
[2]Zhang weimin, Zhu peimin, Shijie, et al.Research on Ultrasonic Echo Signal Detection System[J].2010 International Conference on Computer Application and System Modeling (Shanxi, ICCASM2010), V8, 45-47. Indexed by EI.
[3]Weimin Zhang, Xifeng Wang, Dongwei Liu, Jie Shi, Yongguang Zhao, 2011, A Programmable Filter Design Based TLC7528 . 2011 3rd International Conference on Computer and Automation Engineering, 45(4): 377-382.
[4]Yin Liu, Weimin Zhang, Zhixin Liu. Research on Fault Diagnosis of HT-60 Drilling Rig Based on Neural Network Expert System[J].2010 International Conference on Computer Application and System Modeling (Shanxi, ICCASM2010), V5, 192-194. Indexed by EI.
[5]Yong Gao, Yuanyuan Li, Weimin Zhang, et al. Design of Hydraulic System for Six-DOF Clip Manipulator [J]. Machine Tool & Hydraulics, 2013, 41(22): 74-77.
[6]Shengfeng Gan, Dianhong Wang, Weimin Zhang, et al. Strip Surface Defect Image Classification Based on Double-limited and Supervised-connect Isomap Algorithm [J]. Acta Automatica Sinica, 2014, 40(5): 883-891. Indexed by EI.
[7]Weimin Zhang, Bo Dong, Jianhua Rao, et al. Design of Automatic Feeding Manipulator for Narrow Space in Cubic Press [J]. Machinery Design & Manufacture, 2016(3): 228-231.
[8]Yong Gao, Shuguang Wang, Yuanyuan Li, Weimin Zhang, Qi Chen. Design of automated production machine of the brass cutting and face grinding [J]. Manufacturing Technology & Machine Tool, 2013(7): 79-81.
[9]Weimin Zhang, Jiali Zheng, Kai An. Design of Mechanical Arm of Auto-Play Dulcimer Robot [J]. Machinery Design & Manufacture, accepted.
[10]Li Zhou, Li Zhou, Weimin Zhang*, Xiaoqin Zhang. Gait planning for biped dancing robot [J]. Engineering Journal of Wuhan University, 2016, 49(6): 949-952.
[11]Laijie Wu, Junxiang Mai, Meng Zhang, Weimin Zhang. Rebuild YTS-3 Experiment Device with Proportional Control Valves [J]. Machine Tool & Hydraulics, 2005(2): 176-177.
[12]Weimin Zhang, Songhu Liu, Chengjun Li. Latest progress of evolutionary algorithm to TSP [J]. Computer Engineering and Design, 2008, 29(20): 5247-5249.
[13]Li shunhe, Rao jianhua, Gui lin, Zhang weimin and Liu degang. Quantitative Evaluation of Heavy Duty Machine Tools Remanufacturing Based on Modified Catastrophe Progression Method[J].2017 International Conference on Material Engineering and Electronic Information, Chengdu, China, October 9-11, 2017(ICMEM2017), Materials Science and Engineering. V263, 165-167. Indexed by EI.
[14]Chen zhen, Ding huafeng, Li Bo, Zhang weimin, Luo linbo and Zhang liang. Review of Research on Space Curve Meshing Theory and Its Applications[J]. Mechanisms and Machine Science, 2018, 55, p 151-163. Indexed by EI.
[15]ZHANG Wei-min a, * , WANG Jian-taoa, RAO Jian-huaa, ZHOU Lia.Dulcimer intelligent performance robot manipulator with multi degree of freedom Design and simulation analysis[J].The First International Workshop on Artificial Intelligence and Big Data Analysis, Zhuhai, Guangdong, China, Dec. 19-20, 2017(AIABDA2017),
[16]Weimin Zhang, Changping Li, Bo Lei. Discussion on the systematic training method of numerical control technology in Colleges and Universities [J]. New Thinking on the Integration of Mechanical Innovation and Industry Education
Textbooks:
Principle and Application of NC Machine Tool, editor in chief: Weimin Zhang, Guilin. 2015, ISBN 978-7-5680-0488-6.
Authorized patents and software copyrights:
[1] National patent for invention: A bionic petal sampler, patent No.: ZL 201110142784.8
[2] National patent for invention: Harvesting integrated grid adaptive attitude adjusting cylinder collector, patent No.: ZL201110112457.8
[3] National patent for invention: Harvesting integrated spiral continuous self contained collector, patent No.: ZL201110142783.3
[4] National patent for invention: An electromagnetic rammer, patent No.: ZL201110405776.8
[5] National patent for invention: A motion mechanism of lunar exploration radar, patent No.: ZL201310163518.2
[6] National patent for invention: An automatic heating, heat preservation and feeding device for cubic press, patent No.: ZL201410235769.1
[7] National patent for invention: Automatic loading manipulator of diamond cubic press, patent No.: ZL201410217812.1
[8] National patent for invention: An automatic unloading system of cubic press, patent No.: ZL201410245683.7
[9] National patent for invention: An automatic loading device of cubic press, patent No.: ZL201410219815.9
[10] National patent for invention: Teaching aids for dynamic demonstration of turning tool angle, patent No.: ZL201510029787.9
[11] National patent for invention: A new type of scooter, patent No.: ZL201110384895.X
[12] National patent for invention: A joint dulcimer playing robot, patent No.: ZL201610539135.4
[13] National patent for invention: A dulcimer playing robot, patent No.: ZL201610299972.4
[14] National patent for invention: A control method and percussion device for wrist percussion by dulcimer robot, patent No.: ZL2016102354315
[15] National utility model patent: An ultrasonic physical detector, patent No.: ZL201420667835.8
[16] National utility model patent: An automatic unloading and cleaning device for cubic press, patent No.: ZL201520492909.3
[17] National utility model patent: A cubic press loading manipulator, patent No.: ZL201520564876.9
[18] National utility model patent: A CNC turning and milling dual-purpose test bench, patent No.: ZL201120221929.9
[19] National utility model patent: Grid adaptive attitude adjusting cylinder collector, patent No.: ZL201120135949.4
[20] National utility model patent: A kind of teaching aid for dynamic demonstration of turning tool angle, patent No.: ZL201520041842.1
[21] National utility model patent: A kind of dulcimer robot mechanical structure, patent No.: ZL201620722661.X
[22] National utility model patent: A wrist percussion device of dulcimer robot, patent No.: ZL201620318083.3
[23] National utility model patent: A shallow shear wave seismic source exploration device based on linear motor, patent No.: ZL201710227464.X
[24] National utility model patent: High precision micro-positioning NC micro-hole drilling device, patent No.: ZL201621259953.0
[25] National appearance patent: Multifunctional power instrument box, patent No.: ZL201530542603.X
[26] National software copyright: QDL9000 power monitoring system software V6.1.2, registration No.: 2015SR131981
[27] National software copyright: QDLPZ80 Multi-functional power intelligent instrument software V2.6, registration No.: 2015SR131777
[28] National software copyright: Numerical control interpolation simulation software V1.0, registration No.: 2016SR198776
[29] National software copyright: Two code statistical software based on C++ language V1.0, registration No.: 2017SR178509
[30] National software copyright: Qt-based geometric drawing software V1.0, registration No.: 2017SR165800
[31] National software copyright: Qt-based screenshot software V1.0, registration No.: 2017SR253812
[32] National software copyright: Control software for high precision micro-positioning micro hole drilling device V1.0, registration No.: 2018SR019094
Awards:
[1] “Research on the comprehensive practical ability cultivation of college students and young teachers in industry dominant mechanical discipline under new situation”, Second Prize of Teaching Achievement Award of Universities in Hubei Province, 2013.
[2] “R&D and industrialization of key technologies of special pre-alloyed powder for super-hard material products”, Grand Prize for Progress in Science and Technology of Xuchang City, 2014
[3] “R&D and industrialization of key technologies for super-hard composite materials and products”, Second Prize for Progress in Science and Technology of Henan Province, 2015
[4] Outstanding doctoral student, China University of Geosciences (Wuhan), 2012
[5] Advanced individual for patent protection and transformation, China University of Geosciences (Wuhan), 2016
[6] Excellent Instructor Award of The Fourth Petroleum Equipment Innovative Design Competition for China Postgraduate, 2017
Students’ awards:
[1] Ziwei Huang, Xinyue Hu, Zhe Xiao. 2018 RoboWork, National Second Prize, Innovative Teaching Method Steering Committee for Higher Education Institutions of the Ministry of Education, International Federation of Engineering Robots, RoboWork Organizing Committee, Apr. 29, 2018.
[2] Deyun Xiong, Ziwei Huang, Wengang Wang. 2018 RoboWork, National Third Prize, Innovative Teaching Method Steering Committee for Higher Education Institutions of the Ministry of Education, International Federation of Engineering Robots, RoboWork Organizing Committee, Apr. 29, 2018.
[3] Ziwei Huang, Xin Liu, Jian Zhao, Xiao Wang, Shixiong Fu. The Fifth Petroleum Equipment Innovative Design Competition For China Postgraduate, National Third Prize, China Academic Degrees & Graduate Education Development Center, China Petroleum & Petrochemical Equipment Industry Association, Chinese Petroleum Society of Education, Sept. 2018
[4] Deyun Xiong, Jiantao Wang, Xing Xiao, Hong Xiong. The Fourth Petroleum Equipment Innovative Design Competition For China Postgraduate, National First Prize, China Academic Degrees & Graduate Education Development Center, China Petroleum & Petrochemical Equipment Industry Association, Chinese Petroleum Society of Education, Sept. 2017
[5] Xing Xiao, Hong Xiong, Jiantao Wang, Deyun Xiong. The Fourth Petroleum Equipment Innovative Design Competition For China Postgraduate, National Excellence Prize, China Academic Degrees & Graduate Education Development Center, China Petroleum & Petrochemical Equipment Industry Association, Chinese Petroleum Society of Education, Sept. 2017
[6] Bo Ding, Yun Zhang, Yunqin Cai. 2017 RoboWork, National Second Prize, Innovative Teaching Method Steering Committee for Higher Education Institutions of the Ministry of Education, International Federation of Engineering Robots, RoboWork Organizing Committee, May 29, 2017
[7] Fei Xiong, Outstanding graduate of CUG in 2017
[8]Hang Lei, Xiaopeng Li, Yao Luo. Preliminary Contest in Hubei Province of the Fifth National Undergraduate Engineering Training Integration Ability Competition, Second Prize of Hubei Province, Hubei Provincial Department of Education, Mar. 2017
[9]Jiantao Wang, Deyun Xiong, Xing Xiao, Hong Xiong. The Third Petroleum Equipment Innovative Design Competition For China Postgraduate, National Third Prize, China Academic Degrees & Graduate Education Development Center, China Petroleum & Petrochemical Equipment Industry Association, Chinese Petroleum Society of Education, Oct. 2016
[10] Hesheng Zhang, Xuan Wang, Minglang Lang, Cong Zhang, Lupeng Shi, et al. The Sixth National Undergraduate Mechanical Innovation Design Competition, Second Prize of Hubei Province, Hubei Provincial Department of Education, 2014
[11] Shuang Xiao, et al. The Third National Undergraduate Engineering Training Integration Ability Competition, Second Prize of Hubei Province, Hubei Provincial Department of Education, 2013
[12] Quanwei Liu, et al. The Third National Undergraduate Engineering Training Integration Ability Competition, Second Prize of Hubei Province, Hubei Provincial Department of Education, 2013
[13] Kai An, Junfeng Xie, Jiali Zheng. The Third National Undergraduate Engineering Training Integration Ability Competition, First Prize of Hubei Province, Hubei Provincial Department of Education, 2013
[14] Riming Yan, Xiao Wang. The Fifth National Undergraduate Mechanical Innovation Design Competition, First Prize of Hubei Province, Hubei Provincial Department of Education, 2012
[15] Wei Li, et al. The Fifth National Undergraduate Mechanical Innovation Design Competition, Second Prize of Hubei Province, Hubei Provincial Department of Education, 2012
