Educational Background

2001 – 2005, Jilin University, Doctor

1998 – 2001, Jilin University, Master

1990 – 1994, Jilin University of Technology, Bachelor

Professional Experience

2018 – Present, Professor, School of Mechanical and Aerospace Engineering

2006 – 2018, Associate Professor, School of Mechanical and Aerospace Engineering

2001 – 2006, Lecturer, College of Mechanical Science and Engineering

1994 – 2001, Assistant Engineer, Department of Mechanical Engineering

Research Interests

Fault evolution, Fault propagation analysis and fault suppression techniques

Reliability Engineering

Research Projects

2019-2021 Jilin Province Science and Technology Development Plan Project: Fault Root Tracking of CNC Machine Tool Based on Information Transfer (20190302104GX)

2015-2017 National Science and Technology Major Project of China: Research on Reliability Technology of High Speed Precision Machining Center in Production Line (2015ZX04003002-02)

2015-2017 Jilin Provincial Natural Science Foundation: Reliability Evaluation of CNC Machine Tools Based on Competition Failure (20150101027JC)

2012-2015 National Natural Science Foundation of China: Research on Reliability Analysis and Evaluation of CNC Machine Tool Based on Dynamic Fault (51175222)

2010-2011 National Science and Technology Major Project of China: Reliability technology of vertical servo turret cutter (2010ZX04011-041)

2009-2010 National Science and Technology Major Project of China: Research on Reliability Technology of Series Precision Vertical and Horizontal Machining Center (2009ZX04001-021-04)

2015-2020 Xuzhou Engineering Machinery Research Institute: Load spectrum research and Reliability Test design - Small excavator (HT018-2015)

2014-2019 Xuzhou Engineering Machinery Research Institute: Research and Application of Reliability Improvement Technology for Small Crawler Hydraulic Excavator - Study on reliability evaluation index and evaluation method for small Crawler hydraulic excavator (HT026-2014)

2017-2019 Jilin Provincial Natural Science Foundation: Modeling and Control of Hybrid Propagation of NC Machine Tool Operation Failures (20170101212JC)

2015-2018 National Science and Technology Major Project of China: Reliability Test and Reliability Growth Technology Research of High Rigidity High Power Motorized Spindle (2015ZX04005005-04)

2012-2016 National Natural Science Foundation of China: Availability Assurance Technology of CNC Machine Tools Based on DAFD and Fault Gene Weight (51275205)

2012-2014 Jilin Science and Technology Department Project: Reliability Improvement Technology of CNC Combined Machine Tool for Automobile Manufacturing (20125008)

2009-2012 National Natural Science Foundation of China: Coupling Model and Analysis Technology of Availability Impact of CNC Machine Tools Based on Life Cycle (50875110)

2007-2010 The National 863 Program of the 11th Five Year Plan: Credibility Modeling and Analysis Technology of Heavy CNC Equipment Oriented to Life Cycle (2007AA04Z402)

2005-2007 Jilin Science and Technology Department Project: Research on Key Technology of Availability of Computer-Aided CNC Machine Tools for Life Cycle (20050535)

2004-2006 The National 863 Program of the 10th Five Year Plan: Research on Reliability Evaluation Support Technology of CNC Machine Tool and CNC System (2004AA424512)

2002-2004 The National 863 Program of the 10th Five Year Plan: Development and Application of Key Technology for Reliability of NC Equipment and System (2002AA424058)

Selected Publications

1. Zhang Yingzhi. Numerical control machine tool reliability analysis engineering application. Beijing: The Publishing House of Ordnance Industry, 2012.

2. Zheng Rui, Zhou Yifan, Zhang Yingzhi. Optimal preventive maintenance for wind turbines considering the effects of wind speed. Wind Energy. 2020,23:1987–2003.

3. Zheng Rui, Zhang Yingzhi, Gu Liudong. Optimal post-warranty maintenance contracts for wind turbines considering availability. International Journal of Green Energy. 2020,17(7):373-381

4. Shen Guixiang, Qi Xiaoyan, Zhang Yingzhi, et al. Operational reliability modeling of system components based on equivalent sample method. Journal of Jilin University (Engineering and Technology Edition). 2020,50(03):914-919

5. Zhang Yingzhi, Guo Guiming, Liu Jintong, et al. Optimization of structural parameters of horizontal axis of radial loading mechanism of electric spindle. Manufacturing Technology & Machine Tool. 2020(04):63-66

6. Li Yan, Xue Yuxia, Zhang Yingzhi, et al. Reliability modeling of CNC machine tools based on competition failure. Manufacturing Technology & Machine Tool. 2020(01):66-69.

7. Zhang Yingzhi, Mu Liming, Liu Jialin, et al. Application of fault propagation intensity in fault diagnosis of CNC machine tool. Journal of the Chinese Institute of Engineers, 2020,43(2):153-161

8. Zhang Yingzhi, Mu Liming, Shen Guixiang, et al. Fault diagnosis strategy of CNC machine tools based on cascading failure. Journal of Intelligent Manufacturing, 2019,30(5):2193-2202

9. Chen Bingkun, Zhang Yingzhi, Shen Guixiang, et al. Failure Rate Evaluation of Tool Storage and Selection System Based on Fuzzy Evidence Theory. Journal of South China University of Technology (Natural Science Edition). 2019,47(05):81-88

10. Zheng Yubin, Shen Guixiang, Zhang Yingzhi, et al. Importance analysis of chain-type tool magazine system based on Bayesian network. Journal of Jilin University (Engineering and Technology Edition). 2019,49(02):466-471

11. Zhang Yingzhi, Jiang Chengzi, Liu Jialin, et al. Life prediction of electric spindles with multiple degradation processes. IOP Conference Series Materials Science and Engineering. 544:012042

12. Zhang Yingzhi, Liu Jintong, Shen Guixiang. Failure propagation mechanism analysis of CNC lathe. Journal of Harbin Institute of Technology. 2018,50(07):131-136

13. Liu Jintong, Zhang Yingzhi. Reliability Modeling for Complex System Based on Failure Network Digraph. 2018 5th International Conference on Information Science and Control Engineering (ICISCE), Zhengzhou, 2018, pp. 417-422

14. Zhang, Yingzhi, Yu, Yang, Zheng, Yubin. An Improved Method for Maintainability Allocation of Complex Equipment Considering Associated Failures. Journal of Physics: Conference Series, 1069:012075

15. Zhang Limin, Shen Guixiang, Zhang Yingzhi. Bayesian theory-based reliability modeling of the tool library of the machining center. Academic Journal of Manufacturing Engineering, 2018, 16(1):38-42

16. Gui-Xiang Shen, Xian-zhuo Zhao, Ying-zhi Zhang, et al. Research on criticality analysis method of CNC machine tools components under fault rate correlation. OP Conference Series: Materials Science and Engineering,2018,37(1): 127-132

17. Zhang Yingzhi, Liu Jintong, Shen Guixiang, et al. Reliability Evaluation of Machine Center Components Based on Cascading Failure Analysis. Chinese Journal of Mechanical Engineering, 2017,30(4):933-942

18. Shen Guixiang, Zeng Wenbin, Zhang Yingzhi, et al. DETERMINATION OF THE AVERAGE MAINTENANCE TIME OF CNC MACHINE TOOLS BASED ON TYPE II FAILURE CORRELATION. EKSPLOATACJA I NIEZAWODNOSC-MAINTENANCE AND RELIABILITY, 2017,19(4):604-614

19. Zhang Yingzhi, Liu Jintong, Shen Guixiang, et al. Reliability modeling of CNC machine tools system based on failure correlation analysis. Journal of Jilin University (Engineering and Technology Edition). 2017,47(1):169-173

20. Wang Xiaofeng, Zhang Yingzhi, Shen Guixiang. Degradation model analysis of two-component series and parallel systems. Journal of Statistical Computation and Simulation. 2017,87(13):2638-2656

21. Long Zhe, Zhang Yingzhi, Shen Guixiang, et al. Evaluation of the fault correlation of machining center components. Journal of Harbin Institute of Technology. 2017,49(1):133-138

22. Qi Xiaoyan, Shen Guixiang, Zhang Yingzhi, et al. Importance Analysis on Subsystem of CNC Lathe Based on TOPSIS. Journal of Beijing Institute of Technology. 2017,26(2):191-196

23. Shen Guixiang, Zeng Wenbin, Zhang Yingzhi, et al. Determination of average maintenance time of CNC machine tools under minimum failure rate. Journal of Jilin University (Engineering and Technology Edition). 2017,47(5):1519-1526

24. Zhang Yingzhi, Rong Feng, Shen Guixiang, et al. Weight calculation for availability demand index of CNC machine tools based on market competition and self-correlation. Computer Integrated Manufacturing Systems, 2016,22(7):1687-1694

25. Wang Xiaofeng, Zhang Yingzhi, Shen Guixiang. An improved FMECA for feed system of CNC machining center based on ICR and DEMATEL method. INTERNATIONAL JOURNAL OF ADVANCED MANUFACTURING TECHNOLOGY, 2016,83(4):43-54

26. Meng Shu, Shen Guixiang, Zhang Yingzhi, et al. Replacement time of system components of NC machine tools based on time-correlation. Journal of Jilin University (Engineering and Technology Edition). 2016,46(6):1946-1952

27. Shen Guixiang, Sun Shuguang, Zhang Yingzhi, et al. Analysis on failure mode severity of machining center spindle system. Journal of Harbin Institute of Technology (New Series), 2015,22(2):123-128

28. Wang Zhiqiong, Shen Guixiang, Zhang Yingzhi, et al. Risk Analysis of Failure Mode of Clamping and Releasing Tool Based on Data Envelopment Analysis. Journal of South China University of Technology (Natural Science Edition). 2015,43(7):142-146

29. Wang Xiaofeng, Zhang Yingzhi, Shen Guixiang, et al. Three-Parameter Weibull Distribution of Machining Center Based on ITLS and DE. Journal of South China University of Technology (Natural Science Edition). 2015,43(6):84-88

30. Wang Xiaoyan, Shen Guixiang, Zhang Yingzhi, et al. Dependent coefficient model for complex system based on failure chains. Journal of Jilin University (Engineering and Technology Edition). 2015,45(5):442-447

31. Shen Gui-xiang, Sun Shu-guang, Zhang Ying-zhi, et al. System failure analysis based on DEMATEL-ISM and FMECA. JOURNAL OF CENTRAL SOUTH UNIVERSITY. 2014,21(12):4518-4525

32. Shen Guixiang, Meng Shu, Zhang Yingzhi, et al. Application of average rank time method in reliability modeling for subsystems. Journal of Jilin University (Engineering and Technology Edition). 2014,44(1):101-105

33. Zhang Yingzhi, Niu Xulei, Shen Guixiang, et al. Numerically-controlled machine reliability modeling based on competing failure mode. Systems Engineering-Theory & Practice. 2014,34(8):2144-2148

34. Gu Dongwei, Shen Guixiang, Zhang Yingzhi, et al. Reliability evaluation of spindle system of CNC. Journal of Central South University (Science and Technology). 2013,44(2):540-544

35. Shen Guixiang, Ding Ye, Zhang Yingzhi, et al. Failure analysis of tool changer system based on cloud model. Journal of Central South University (Science and Technology). 2013,44(4):1420-1424

36. Zhang Yingzhi, Zheng Shan, Shen Guixiang, et al. Criticality analysis for CNC turret adopting importance and fuzzy reasoning. Journal of Jilin University (Engineering and Technology Edition). 2012,42(5):1157-1162

37. Shen Guixiang, Gu Dongwei, Zhang Yingzhi, et al. Optimal preventive maintenance interval period of CNC. Journal of Chongqing University (Natural Science Edition). 2012,35(1):7-10

38. Wang Xiaofeng, Shen Guixiang, Zhang Yingzhi, et al. Prioritizing failures of abc-axis feeding systems based on improved criticality and DEMATEL method. Journal of Jilin University (Engineering and Technology Edition).2012,42(1):122-127

39. Wei Linghui, Shen Guixiang, Zhang Yingzhi, et al. Modeling and simulating availability of CNC machine tools. Journal of Jilin University (Engineering and Technology Edition). 2011,41(4):993-997

40. Zhang Yingzhi, Zheng Rui, Shen Guixiang, et al. Failure dependency of CNC equipment based on copula theory. Journal of Jilin University (Engineering and Technology Edition). 2011,41(6):1636-1640

41. Shen Guixiang, Shao Na, Zhang Yingzhi, et al. Reliability evaluation of numerically-controlled machine tool based on extenics theory. Journal of Jilin University (Engineering and Technology Edition). 2011,41(1):106-109

42. Shen Guixiang, Fan Shaohua, Zhang Yingzhi, et al. Failure Mode Analysis of Machining Center Based on Random Fuzzy Theory. TRANSACTIONS OF THE CHINESE SOCIETY FOR AGRICULTURAL MACHINERY. 2011,42(2):216-218

43. Zhang Yingzhi, Zheng Rui, Shen Guixiang, et al. Reliability analysis for CNC machine tool turret including abnormal data.2011IEEE 18th International Conference on Industrial Engineering and Engineering Management. 2011:1136-1139

44. Shen Guixiang, Fan Shaohua, Zhang Yingzhi, et al. Reliability influence analysis of CNC machine tool subsystem. Journal of Jilin University (Engineering and Technology Edition). 2011,40(S2):266-269

Courses

Systems science and engineering, 32 credit hour, 2 credits

Project Management, 24 credit hour, 1.5 credits

Collection and Application of System Reliability Data, 32 credit hour, 2 credits

System Reliability Modeling and Prediction, 32 credit hour, 2 credits

Modern Manufacturing Systems Engineering, 40 credit hour, 2 credits

Experimental Design, 40 credit hour, 2 credits

Patents and Applications

1. A simulation load and reliability test device for high power main shaft, ZL201810945132.X, China

2. A method for life evaluation of motorized spindle without sudden failure information, ZL201811366311.4, China

3. A design method of accelerated life test time for motorized spindle, ZL201710060763.9, China

4. An analysis method for the importance of NC machine components, ZL201710043575.5, China

5. Time method for replacement of NC machine components based on time correlation, ZL201610223176.2, China

6. A fault diagnosis method for CNC machine tools, ZL201611181208.3, China

7. Reliability evaluation method of CNC machine tool system components based on cascade fault analysis, ZL 201510778261.0, China

8. A dynamic change analysis method for fault correlation relationship of CNC machine tools, ZL 201410230927.4, China

9. A fault analysis method for CNC machine tools, ZL201410120870.2, China

10. A method for analyzing reliability influence degree of CNC machine tool subsystem, ZL201310694580.4, China

11. Reliability modeling and reliability evaluation method for three functional components of CNC machine tools, ZL201210584059.0, China

Other Professional Activities

Honors and Awards

2020, Jilin Province, Jilin Province Science and Technology Invention Award (Eighth)

2014 Jilin Province, First prize of Science and Technology Progress of Jilin Province（Tenth）

2005 China Machinery Industry Federation, China Machinery Industry Group Science and Technology Third Prize (Fifth)

2005 Third Prize of Outstanding Teaching Achievement of Jilin University (Fifth)

2001 Jilin Province, First Prize for Outstanding Teaching Achievements of Jilin Province (Second)

1997 Second Prize for Outstanding Teaching Achievements of Jilin Province (Fifth)