Educational Background

2008 – 2013, Jilin University, Master, Doctor

2003– 2007, Heilongjiang University, Bachelor

Professional Experience

2015 – 2020, Associate Professor, School of Mechanical Science and Engineering, Jilin University

2014 – 2020, Postdoctoral researcher, Key Laboratory of Bionic Engineering, Ministry of Education, China.

2013 – 2015, Lecturer, School of Mechanical Science and Engineering, Jilin University

Research Interests

> Vibration utilizing engineering especially in dynamics of mechanical and electromechanical system

> Intelligent material instrument especially in piezoelectric actuator/transducer

> Soft robot/actuator/transducer and the other bioinspired mechanical devices

Research Projects

2017-2019 Jilin Science and Technology Development Funds: High-performance piezoelectric actuator in knitting machine

2016-2018 Jilin Science and Technology Development Funds(20160521007HJ): Micro ultrasound Cooling Module

2015-2018 National Natural Science Foundation of China(No.51405189): Hydrodynamically Coupled Piezoelectric Soft Actuators Design Theory and Technology

2015-2018 Subtopic of Jilin Province scientific and technological innovation platform: Spray forming research in bioinspired intelligent structure

2014-2018 Educational Commission of Jilin Province of China: Microflow pumping module product

2015-2016 Jilin Science and Technology Development Funds(SC201504012): Micro Piezoelectric Fan

2014-2015 China Postdoctoral Science Foundation (No.2014M551195): Bioinspired soft actuator driven by Piezoelectric-fluid

2014-2015 Jilin Science and Technology Development Funds: Identification method for Noise source In Diesel engine based on acoustic vector sensor

2013-2016 National Natural Science Foundation of China project(No.51277088): The Design Theory and Application Technology Research of Piezoelectric Energy Harvesting System bases on Wheel Vibration

2013-2013 National Natural Science Foundation of China(No. 51375207): The Design Theory and Key Technology Research of High Frequency Pulsating Micromixer based on Piezoelectric Actuation

2012-2014 National Natural Science Foundation of China(No. 51175213): The research on design theory and key technology of piezoelectrical air diaphragm pump

2012-2012 National Natural Science Foundation of China(No. 81171481): Basic and Experimental Research of Multi-Chamber Piezoelectric-Driven as Blood Pump

2011-2011Supported by Jilin Provincial S&T Development Plan(No.11C26212200538): Piezoelectric Liquor proportioning meter

2010-2011 Supported by National High Technology Research and Development Program of China(863 Program)(No.SQ2010AA0422163001): Blood glucose testing and insulin injecting micro system

2008-2009 National High Technology Research and Development Program of China(863 Program)(No.SQ2007AA04Z129922): Micro piezoelectric pump with self-detecting function

…

Selected Publications

1. X. Zeng, Y. Wu, Z. Yang, Y. Shen and L. Ma, Research on high-frequency small-load fatigue testing device driven by piezoelectric actuator, Review of Scientific Instruments, 90(7),076102, 2019.

2. X. Zeng, Y. Wu, Q. Tu, J. Dong, Z. Yang and X. Li, Experimental Research on Fluid Coupling Flexible Actuator, Micromachines, 9(3),103, 2018

3. Qinghua Liu, Zhigang Yang, Yue Wu, Qianjin Tu and Dongdong Weie. A Novel Composite Piezoelectric Energy Harvester[M]. Shenzhen:Atlantis Press, 2017.

4. Yue Wu, Jingshi Dong, Xinbo Li, et al. Non-Linear Piezoelectric Actuator with a Preloaded Cantilever Beam.[J]. 2015, 6(8). Micromachines, 2015, 6(8):1066-1081.

5. Xinbo Li, Haixin Sun, Liangxu Jiang, Yaowu Shi and Yue Wu. Modified Particle Filtering Algorithm for Single Acoustic Vector Sensor DOA Tracking:[J]. 2015, 15(10). Sensors, 2015, 15(10):26198.

6. Wu Yue, Yang Zhigang, et al. Simulation and experiment of piezoelectric cantilever generator with multi-modal:[J]. 2015, 45(4). Journal of Jilin University(Engineering and Technology Edition), 2015, 45(4):1162-1167.

7. Tian Xiaochao, Yang Zhigang, Wu Yue and Chen Long. Design of A New Piezoelectric Vibration Conveyor:[J]. 2015, 37(4). Piezoelectrics and Acoustooptics, 2015, 37(4):581-584.

8. Tian Xiaochao, Yang Zhigang, Liu Yong, Shen Yanhu and Wu Yue. Design and experiment of the piezoelectric vibratory feeder with magnetic spring:[J]. 2014, 12). Journal of Harbin Engineering University, 2014, 12):1548-1552..

9. Wu Yue, Yang Zhigang, et al. Incomplete Closure Characteristic of Piezoelectric Pump Check Valve in High Frequency:[J]. 2013, 44(1). Transactions of The Chinese Society of Agricultural Machinery, 2013, 44(1):262-266.

10. Wu Yue, Yang Zhigang, Liu Yong and Chen Long. Study on the Performance Optimization of Check Valve in Piezoelectric Pump:[J]. 2013, S2). Journal of Vibration, Measurement & Diagnosis, 2013, S2):

11. Wu Yue, Yang Zhigang, Liu Yong, Wang Xingyuan and Liu Lei. Effect of Piezoelectric Actuators on Ultimate Pressure of Piezo-Pump:[J]. 2013, 47(4). Journal of Xi'an Jiaotong University 2013, 47(4):73-78.

12. Yue Wu, Yong Liu, Jianfang Liu, Long Wang, et al. An improved resonantly driven piezoelectric gas pump:[J]. 2013, 27(3). Journal of Mechanical Science and Technology, 2013, 27(3):793-798.

13. Wu Yue, Yang Zhigang, Liu Yong, Wang Long and Xie Haifeng. A novel resonantly-driven piezoelectric gas pump:[J]. 2012, 30(4). Journal of Drainage and Irrigation Machinery Engineering, 2012, 30(4):390-394.

14. Tian Xiaochao, Yang Zhigang, Wu Yue, et al. A piezoelectric feeder with magnetic spring[C]. Lijiang, China:Trans Tech Publications Ltd, Year.

15. Xie Haifeng, Wu Yue, Jie Meng, et al. Structure design of piezoelectric resonant air pump with magnetic spring:[J]. 2012, 20(7). Optics and Precision Engineering, 2012, 20(7):1573-1579.

16. Yong Liu, Zhi Gang Yang and Yue Wu. Inertial Flow Phenomenon Analysis on Piezoelectric Pump:[J]. 2012, 110-116(Applied Mechanics and Materials, 2012, 110-116(920-926.

17. Yong Liu, Zhi Gang Yang and Yue Wu. Simulation Analysis on Sucking Process Outflow Phenomenon in Piezoelectric Pump:[J]. 2012, 443-444(Advanced Materials Research, 2012, 443-444(1096-1100.

18. Liu Yong, Yang Zhigang, Wu Yue, Liu Lei and Dong Jingshi. Analysis on sucking process outflow phenomenon of piezoelectric pump:[J]. 2011, 19(5). Optics and Precision Engineering, 2011, 19(5):1104-1109.

Courses

Principles and Applications of Novel Actuator

Patents and Applications

1. Piezoelectric vibrator with stop valve, ZL 201410268014.1, :China

2. Resonance piezoelectric fan with cymbal-shaped cavity, ZL201410247712.3, China

3. Cavity and valve integrated type reciprocation pump part, ZL201410264960.9, China

4. Piezoelectrically-driven spraying direction flexible adjustment device, ZL 201410175128.1,China

5. Prestress piezoelectric vibrator jacquard guide needle, ZL 201510275313.2, China

6. Piezoelectric pump with mixed electromagnetic force spring, ZL 201410621073.2, China

7. Pre-stressed beam piezoelectric vibrator, ZL 201510275295.8, China

8. Prestress jacquard guide needle, ZL 201510275163.5, China

9. Cavity and valve integrated piezoelectric pump, ZL 201410266778.7, China

10. Novel laminated piezoelectric diaphragm pump, ZL 201410189018.0, China

11. Piezoelectric driving type software displacement driver, ZL 201410230937.8, China

12. Multi-vibrator piezoelectric pump, ZL 201410184571.5, China

13. Piezoelectric cantilever beam driving type piezoelectric diaphragm pump, ZL 201410161539.5, China

14. Piezoelectric drive type cooling module, ZL 201510122009.4, China

15. Resonance drive type piezoelectric pump, ZL 201110330486.1, China

16. Movable valve type piezoelectric pump, ZL 201410268013.7, China

17. Bottle opening liquid taking device by using driving of piezoelectric pump, ZL 201110129967.6, China

18. Medical syringe needle destroying device and method, ZL 201410420749.1, China

19. External ratchet wheel type piezoelectric actuator, ZL 201510205548.4, China

20. Piezoelectric type automatic reaction chip: China, ZL 201410163601.4, China

21. Integral one-way valve: China, ZL 201420317482.9, China

22. Variable-damping piezoelectric driving motor, ZL 201610422406.8, China

23. Self-adaptive piezoelectric generating cantilever beam, ZL201420583809.7, China

24. Adaptive piezoelectric generator, ZL 201420583954.5, China

25. Serial -type piezoelectricity directional driver, ZL201620579837, China

26. Variable damping piezoelectric actuator, ZL 201610415990.4, China

27. Piezoelectric-electrostatic hybrid driven plane dispenser, ZL 201420583590.0, China

28. Curved surface piezoelectric generating cantilever beam, ZL201420610997.8, China

29. Suspension arm coupling piezoelectric power generation cantilever, ZL 201420659319.0, China

30. Compound variable damping directional driver, ZL 201620571635.1, China

31. Directional driver with compound foot support, ZL 201620571613.5, China

32. Prestressing force piezoelectricity cantilever beam, ZL 201520347988.9, China

33. Piezoelectric oscillator having substrate with check valve, ZL 201420621801.5, China

34. Inertia piezoelectric actuator, ZL 201620579836.6, China

35. Piezoelectric power generation cantilever beam mechanism, ZL 201420183192.X, China

36. Inertia piezoelectric driving motor, ZL 201620565901.X, China

37. Dual-oscillator piezoelectric driving fan, ZL 201420399114.3, China

38. Piezoelectric driving type cooling module, ZL 201520157848.5, China

39. Miniature piezoelectric type axial flow fan, ZL 201420396465.9, China.

40. Piezoelectric driving type cooling module, ZL 201520157816.5, China

41. Piezoelectric driving miniature fan, ZL 201420399082.7, China

42. Multi-function-materials coupled piezoelectric selects needle ware, ZL 201620688165.7, China

43. Variable prestressing force piezoelectricity needle selection ware, ZL 201620688209.6, China

44. Piezoelectricity vibrating running gear, ZL 201620106559.7, China

45. Piezoelectricity vibrating wriggling motor, ZL 201620106592.X, China

46. Piezoelectric motor with half falcate elastomer, ZL 201620566001.7, China

47. Step -by -step piezo -actuator, ZL 201620571601.2, China

48. Step -by -step pressure electric drive motor, ZL 201620571568.3, China.

49. Piezoelectric actuator style heat dissipation module, CN 201520158016.5, China

50. Variable prestress piezoelectric vibrator jacquard guide needle, ZL 201620688092.1, China

51. Prestressing force piezoelectricity selects needle ware drive unit: ZL 201520344994.9, China

52. Multi-function-materials coupled piezoelectric vibrator jacquard guide needle, ZL 201620688804.X, China

53. Knitting machine of prestressing force selects needle ware, ZL 201520344996.8, China.

54. Prestressing force piezoelectricity needle selection ware, ZL 201520344995.3, China

55. Miniature hydraulic piezoelectric switching valve, ZL 201320501988.0, China

56. Piezoelectric self-powered device for automobile tire pressure monitoring system, ZL 201120159993.9, China

57. Wire rod conveying device, ZL 201320791373.6, China

58. Automatic flower watering device, ZL 201120185404.4, China

59. Multi-vibrator axial overflowing type piezoelectric pump, ZL 201420320715.0, China

60. Piezoelectricity sprays the drive control device of the equipment of gluing a little, ZL 201520240097.3, China

61. Piezoelectric energy harvesting performance tester for wheel vibration, ZL 201420774696.9, China

62. Intelligent insole capable of sensing pressure and generating power automatically, ZL 201420544976.0, China

Other Professional Activities

Mechanical Peer review expert, National Natural Science Foundation of China (NSFC)

Member of CSAA

Member of CMES

Reviewer, Chinese Journal of Mechanical Engineering

Member of ISBE