Name: Jiang Xinggang Education experience： 1990（Y）/09（M）- 1994（Y）/07（M）： bachelor's degree , Shandong university of Science and Technology 1994（Y）/09（M）- 1997（Y）/07（M）：master's degree, Shandong university of Technology 2001（Y）/09（M）- 2004（Y）/12（M）： PH.D , Beihang university Work experience: 1997（Y）/07（M）- 2004（Y）/12（M）：Lecture, Laiyang Agricultural College 2004（Y）/12（M）- 2006（Y）/12（M）：PostDoc, Beihang University 2006（Y）/12（M）-：Associate Professor, Beihang University Teaching: 《Digital Manufacturing Technology》； 《Computer Control Technology》 Research: Control and system technology for advanced manufacturing. Research fields: (1) Power and transducer technology for ultrasonic machining; (2) Computer measurement and control technology for advanced manufacturing. Undertake about 10 Projects includes NSFC Fund、863、doctoral program fund, and applied research projects for aeronautics and astronautics. Awards： ①2006年“变参数振动钻削微孔的设备”获全国发明展览会金奖； ②2009年“火炮身管振动加工工艺技术应用研究”获中国兵器工业集团公司科学技术进步奖一等奖； ③2012年“飞机机翼机身交点孔椭圆超声精加工技术应用研究”获航空工业集团公司科技进步二等奖； Publications: [1] Xinggang Jiang*, Xiangyu Zhang, Xianbin Zhu, He Sui, Deyuan Zhang, Study of Phase Shift Control in High-speed Ultrasonic Vibration Cutting, IEEE Transactions on Industrial Electronics, 2018, 65(3):2467-2474 [2] Xinggang Jiang*, Kaiqiang Wang, Deyuan Zhang, Determining the optimal pre-tightening force of a sandwich transducer by measuring resonance resistance, Applied Acoustics, 2017(118):8-14 [3] Xinggang Jiang, Xianbin Zhu, Christopher Yee Wong, Deyuan Zhang, and Daxi Geng, Theory of Series Inductance Matching to Transducer at Pre-Mechanical Resonance Zone in Ultrasonic Vibration Cutting, IEEE Transactions on Industrial Electronics, 2019, 66(4):3019-3029 [4] Xinggang Jiang*, Kaiqiang Wang, Deyuan Zhang, Determining the optimal pre-tightening force of a sandwich transducer by measuring resonance resistance, Applied Acoustics, 2017(118):8-14 [5] JIANG Xinggang, ZHANG Deyuan. Matching Theory of Ultrasonic Transducer at its Passed Inherent Resonance Zone，Chinese Journal of Mechanical Engineering，Vols.43(3), 2007. [6] Jiang Xing-gang, Liang Hai-tong, Lu Hui-min. Investigation of Ultrasonic Elliptical Vibration Milling of Thin-walled Titanium Alloy Parts. ACTA ARMAMENTARII, Vol.35 (11), 2014 |
