Introduction

Professor Cun Fuhe, School of Mechanical and Electrical Engineering, Beijing University of Technology, Doctoral Supervisor, Dean of School of Mechanical and Electrical Engineering. He is a cross-century outstanding talent in Beijing, a top-notch talent in Beijing, and the head of the Beijing Academic Innovation Team. Editorial board member of Journal of Mechanical Engineering, Chinese Journal of Acoustics, and Experimental Mechanics, Standing Committee Member of China Machinery Industry Automation Society, Senior Member of China Mechanical Engineering Society, Member of Experimental Mechanics Professional Committee of Chinese Society of Mechanics, and Sensor Society of Chinese Instrumentation Society Director, member of the Chinese Society of Mechanical Engineering Nondestructive Testing Society. He has been successively employed as a meeting evaluation expert of the Engineering and Materials Science Department of the National Natural Science Foundation of China, a specially invited expert for the development of major national scientific instruments and equipment, an expert for letter evaluation and re-evaluation of the 973 program, and an evaluation expert for the 863 project.

In recent years, he has been engaged in the research of mechanical testing theory, methods and technology, new technology of ultrasonic non-destructive testing, and sensor testing technology. As the project leader, he has presided over more than 20 projects of various types, including 1 863 plan of the Ministry of Science and Technology, 1 national science and technology support plan, 1 national fund key project and 1 special instrument project, and 6 general projects. Won 1 second prize of Zhejiang Science and Technology Award. He has published 2 translations, published nearly 200 papers in domestic and foreign academic conferences and journals, of which more than 100 papers were retrieved by SCI and EI, and obtained more than 40 patents.

Research direction

• "Modern measurement and control technology and method, computer test and control technology, intelligent instrument and virtual instrument, new technology of non-destructive testing.

Educational experience

• In June 1990, he graduated from the Department of Mechanics of Huazhong University of Science and Technology with a master's degree; in March 1996, he graduated from the Department of Engineering Mechanics of Tsinghua University with a Ph.D.;In July 1998, he left the post-doctoral station at the post-doctoral mobile station of Nanjing University of Aeronautics and Astronautics.

• From 1998 to present, professor and doctoral supervisor of School of Mechanical and Electrical Engineering, Beijing University of Technology, academic part-time member of the Standing Committee of China Machinery Industry Automation Society,Member of the Equipment Monitoring Academic Committee of the Chinese Society of Mechanical Engineering, senior member of the Chinese Society of Mechanical Engineering, editorial board member of the journal "Experimental Mechanics"

Awards

• In 1999, he was selected as a cross-century outstanding talent in Beijing

Scientific research projects

1. Completed scientific research projects: presided over the National Natural Science Foundation of China, the backbone teacher funding project of the Ministry of Education, and the key projects of the Beijing Natural Science Foundation. He has published 1 translated book and more than 50 academic papers, of which more than 10 have been indexed by SCI and Ei.
2. Research projects: Research on ultrasonic measurement method of elastic constant of bulk nanomaterials, research on ultrasonic guided wave diagnosis technology of bolt structure health, research on quality detection and evaluation of spot welding connection of automobile body, Beijing Education Development Fund. [2]
3. Research on ultrasonic guided wave detection methods and key sensing technologies for thick-walled pipes. National Natural Science Foundation of China (51235001)
4. Development of photovoltaic crystalline silicon Lamb wave non-contact defect detection sensor and imaging system. National Natural Science Foundation of China (11372016)
5. Development of non-destructive testing instrument for elastic properties of small specimen materials based on ultrasonic microscope technology. National Fund for Instrument Project (10827201)
6. Research on Microwave Nondestructive Testing Method for Thermal Barrier Coating Structural Properties and Health Status. National Natural Science Foundation of China (11072010)
7. Research on pipeline integrity monitoring method based on integrated technology of ultrasonic guided wave and impedance method. NSFC-RGC cooperation project (60831160523)
8. Nanoscale non-destructive testing technology based on UAFM and its application in electronic packaging. National Fund Project (50775005)
9. Research on ultrasonic measurement method of elastic constant of bulk nanomaterials. National Natural Science Foundation of China (10372009)
10. Research on large-scale non-destructive testing of pipeline defects using ultrasonic guided waves. National Natural Science Foundation of China (19972003)
11. Research on Lamb Wave Nondestructive Testing Mechanism of Conductor Corrosion in Power System Grounding Grid. Beijing Natural Science Foundation Project
12. Basic Research on Leak Detection and Positioning Technology of Urban Underground Pipe Networks. Key Project of Beijing Natural Science Foundation
13. Research on Ultrasonic Guided Wave Diagnosis Technology of anchor Structure Health Status. Key Project of Beijing Municipal Education Commission.

Representative papers

1. LuYan, Cunfu He*, Guorong Song, etc. Fabrication of broadband poly(vinylidene difluoride -trifluroethylene) line-focus ultrasonic transducers for surface acoustic wave measurements of anisotropy of a (100) silicon wafer. Ultrasonics. 2014, 54(1):296-304.(SCI)
2. Yu'e Yang, Cunfu He*, Bin Wu. Non-destructive microwave evaluation of plasma sprayed TBCs porosity. NDT & E International. 2013,59:34-39. (SCI)
3. Cunfu He*, Hongye Liu, Zenghua Liu, etc. The propagation of coupled Lamb waves in multilayered arbitrary anisotropic composite laminates. Journal of Sound and Vibration. 2013, 332(26):7243-7256. (SCI)
4. Cunfu He*, Gaimei Zhang, Bin Wu. Quantitative measurement of local elasticity of SiOx film by atomic force acoustic microscopy. Chinese Physics B. 2010, 19(8):084302-1-084302-7. (SCI)
5. Cunfu He*, Gaimei Zhang, Bin Wu, Zaiqi Wu. Subsurface defect of the SiOx film imaged by atomic force acoustic microscopy. Optics and lasers in engineering. 2010, 48:1108-1112.(SCI)
6. Cunfu He*, Gaimei Zhang, Bin Wu, Fakui Yang, Qiang Chen. The numerical and experimental analysis of the cantilever in atomic force acoustic microscop. International conference on experimental mechanics. 2010:1413-1418. (SCI)
7. Yang Zheng, Cunfu He*, Jinjie Zhou, etc. Scattering characteristics of ultrasonic Lamb waves incident on cracks obliquely. Chinese Journal of Mechanical Engineering. 2013, 49(4): 6-12.
8. Cunfu He*, Xingqi Liu, Guorong Song, etc. Ultrasonic testing method for elastic properties of ODS ferritic steel. Chinese Journal of Instrumentation. 2013, 34(9):1948-1954.
9. Cunfu He*,Yue'e Yang , Bin Wu . Parameter optimization for microwave nondestructive testing of metal surface cracks under thermal barrier coatings. Chinese Journal of Composite Materials. 2013, 30(3):149-153.
10. Yang Zheng, Cunfu He*, Bin Wu. Chirp signal and its application in ultrasonic guided wave detection. Chinese Journal of Instrumentation. 2013, 34(3):552-558. (EI)
11. Huanyu Zhao, Cunfu He*, Bin Wu, etc. Experimental study on two-dimensional square lattice multi-point defect phononic crystals. Acta Physica Sinica. 2013, 62(13): 134301.
12. Yang Zheng, Cunfu He*, Jinjie Zhou, etc. Two-dimensional scattering characteristics of ultrasonic Lamb waves at defects. Engineering Mechanics. 2013, 30(8):236-243.
13. Cunfu He*, Jinjie Zhou, Bin Wu, etc. Design and Implementation of Anti-Focus Detection System for Pipeline Guided Waves. Chinese Journal of Instrumentation. 2012, 33(2):342-348.
14. Cunfu He*, Yang Zheng, Jinjie Zhou, etc. Lamb wave out-of-plane and in-plane displacement detection based on laser vibrometer. Chinese Journal of Mechanical Engineering. 2012, 48(8): 6-11.
15. Jinjie Zhou, Cunfu He*, Yang Zheng, etc. Research on anti-guided wave detection of pipeline cracks based on non-axisymmetric excitation. Chinese Journal of Mechanical Engineering. 2012, 48(16): 14-20.
16. Jinjie Zhou, Cunfu He*, Yang Zheng, etc. Research on the detection rule of time-reflecting guided waves for the propagation of penetration cracks in pipes. Chinese Journal of Applied Basic and Engineering Sciences. 2012, 20(6):1128-1136.
17. Cunfu He*, XingqiangZheng, Jianwei Luo, etc. Depolarization Sagnac Fiber Optic Pipeline Leak Detection System and Its Stability Study. China Laser. 2012, 39(2): 0208002.
18. Cunfu He*, Yan Lu, Guorong Song, etc. Development of line-focusing lensless polyvinylidene fluoride ultrasonic probe and application of V(f,z) analysis method in surface wave velocity measurement. Chinese Journal of Mechanical Engineering. 2011, 47(24 ): 1-7.
19. Cunfu He*, Xingqiang Zheng, JianweiLuo, etc. Research on pipeline leakage monitoring system based on distributed optical fiber sensing array. Optical Technology. 2011, 37(1):76-79.
20. Cunfu He*, Yu'e Yang, Bin Wu. An experimental study on the thickness of thermal barrier coatings measured by microwave reflection coefficient method. Chinese Journal of Instrumentation. 2011, 32(11):2590-2595.
21. Cunfu He*, Ruiju Wei, etc. Experimental study on the band gap of two-dimensional square lattice steel/water phononic crystals. Functional Materials. 2011, 42(2):214-217.
22. Cunfu He*, Fei Liu, Xin Zhang, etc. Study on the adaptability of multi-channel ultrasonic flowmeter installed in elbow section. Chinese Journal of Instrumentation. 2011, 32(1):6-12. [4]

Patents

1. Cunfu He*, Yan Lu, Guorong Song, etc. A point-focused ultrasonic transducer for Lamb wave velocity detection. National invention patent. Patent number: ZL201210152249.5.
2. Cunfu He*, Yan Lu, Guorong Song, etc. A line-focused ultrasonic probe for surface wave velocity measurement of anisotropic materials. National invention patent. Patent number: ZL201210152098.3.
3. Bin Wu, Hao Fu, Cunfu He*, etc. Determination method of pipeline defect size based on time-reversal focusing method. National invention patent. Patent number: ZL201110393575.0.
4. Cunfu He*, Yue'e Yang, Bin Wu. Microwave phase detection method for thermal barrier coating porosity. National invention patent. Patent number: ZL201110351262.9.
5. Bin Wu, Fei Liu, Cunfu He*, etc. A method for calculating the dispersion relation of ultrasonic guided waves based on the eigenfrequency method. National invention patent. Patent number: ZL201110321658.9.
6. BinWu, Xiucheng Liu,Cunfu He*, etc. Flexible magnetostrictive and magnetoelastic integrated sensor for wire rope stress and defect detection. National invention patent. Patent number: ZL201110303573.8.
7. Jingpin Jiao, Qian Zhong,Cunfu He*, etc. Corrosion detection device and method for grounding grid conductors in SH0 wave power system. National invention patent. Patent number: ZL201110107552.9.
8. Cunfu He*, Fei Liu, Bin Wu, etc. Optimization method of multi-sound path ultrasonic flowmeter elbow installation sound path based on CFD technology. National invention patent. Patent number: ZL201010549707.X.
9. Cunfu He*, Fakui Yang, Gaimei Zhang, etc. Atomic force acoustic microscope cantilever beam contact resonance frequency tracking system. National invention patent. Patent number: ZL201010194831.9.
10. Cunfu He*, Yang Zheng, Bin Wu, etc. Scale thickness detection system and method of industrial boiler based on SH wave. National invention patent. Patent number: ZL201010159752.4.
11. Cunfu He*, Huanyu Zhao, Bin Wu, etc. Two-dimensional series structure sound insulation acoustic band gap material. National invention patent. Patent number: ZL201010034447.2.
12. JingpinJiao, Jing Yang,Cunfu He*, etc. Lamb wave nondestructive testing method of plate structure based on virtual focusing of transducer array. National invention patent. Patent number: ZL200910238113.4.
13. Jingpin Jiao, Xianchao Zeng, Cunfu He*, etc. Non-linear ultrasonic evaluation method of non-intact interface contact state based on microstructure. National invention patent. Patent number: ZL200910093544.6.
14. Cunfu He*, Zenghua Liu, Bin Wu, etc. Pipeline liquid flow measurement method based on ultrasonic guided wave technology. National invention patent. Patent number: ZL200910088842.6.
15. Zenghua Liu, Cunfu He*, Bin Wu, etc. High-order Longitudinal Guided Wave Measurement Method for Steel Strand Prestress. National Invention Patent. Patent No.: ZL200810240891.2.
16. Cunfu He*, Xuepu Wang, Xiuyan Wang, etc. A method for non-destructive testing of the soil compaction degree of highway guardrail columns by using ultrasonic guided waves. National invention patent. Patent number: ZL200810227682.4.
17. Cunfu He*,Yinong Zhang , Zenghua Liu, etc. A magnetostrictive sensor for ultrasonic guided wave detection of steel strands. National invention patent. Patent number: ZL200710119319.6.[5]