Hongbo, Yuan Can, Pan Jiluan. Research status and development trend of seam tracking system of arc welding robot. Special issue of the 8th Beijing Essen Welding and Cutting Exhibition in 2003 (1 1).
, Hongbo, Qu, Yuan Can, Huang Jun. A new wire feeding speed control system for CO2 welding. Electric welding machine, 2004,34 (3): 20-22.
, Hongbo, Yuan Can, Qu, Huang Jun. Research on dual controllable inductance technology for improving dynamic characteristics of CO2 welding thyristor power supply. Welding Technology, 2004,33 (3): 36-37.
Qu, Hongbo, Pan Jiluan, et al. A driving method of automatic tracking welding trolley. Welding Technology, 2004,33 (6): 38-40.
Hong Bo, Yuan Can, Pan Jiluan, Qu. Wavelet signal processing system for arc sensor. Journal of Welding, 2005,26 (1): 61-63.
Yuan Can, Hong Bo, Pan Jiluan, Qu. Kinematics modeling of intelligent arc welding robot. Journal of Welding, 2005,26 (3): 70-72.
Qu, Hongbo, Pan Jiluan,, etc. Welding seam tracking technology of low frequency rotating arc sensor. Electric welding machine, 2005,35 (4): 52-54.
Huang Jun, Hong Bo, Pan Jiluan, et al. Signal processing of arc sensing submerged arc welding seam tracking system. Welding Technology, 2005,34 (4): 44-45.
[10], Hongbo, Huang Jun, Qu, Yuan Can. Photoelectric sensor for seam tracking. Instrument Technology and Sensors, 2005, (1 1):6-8.
Zhou Wenjun, Hongbo and Pan Jiluan. Research on seam tracking of magnetically controlled swing arc sensor. China welding industry, 2006, (4): 10- 13.
Hongbo, Huang Jun, Pan Jiluan, et al. Signal processing method of new submerged arc welding seam tracking system. Journal of Welding, 2006,27 (7): 53-56.
[13], Hongbo, Qu. Automatic seam tracking system based on photoelectric sensor. Journal of Welding, 2006,27 (9): 93-98.
[14] Li Anqiang, Hong Bo, Qu, et al. Design and implementation of seam tracking sensor based on ACFM technology. Electric welding machine, 2006,36 (10):13-16.
Hongbo, Qu, Li Anqiang. Seam tracking technology of swing TIG welding. Electric welding machine, 2006, 36( 10): 26-28.
Hongbo, Huang Jun, Pan Jiluan, Qu. Mathematical modeling and simulation of swinging arc submerged arc welding. Journal of Welding, 2007,28 (6): 25-28.
[17] Qu, Hongbo, Pan Jiluan et al. Modeling and simulation of CO2 current signal based on MATLAB. Journal of Welding, 2007,28 (7):101-104.
[18] Wei Fuli, Hong Bo, Pan Jiluan, etc. Modeling and simulation system of magnetically controlled swing arc MIG welding. Electric welding machine, 38, 2008 (1):12-16.
[19] Hongbo, Lessing, Wei Fuli, etc. Welding seam tracking system based on magnetron arc. Journal of Sensor Technology, 2008,21(5): 883-886.
Hongbo, Wei Fuli, Lessing, Pan Jiluan, Li Yin. Magnetically controlled arc sensor for seam tracking. Journal of Welding, 2008,29 (5):1-4.
[2 1] Hongbo, Wei Fuli, Pan Jiluan, Qu. Automatic seam tracking system of front magnetron arc sensor. Sensors and Microsystems, 2008,27 (5): 93-95.
Lessing, Hongbo, Wei Fuli, et al. Weld tracking of magnetron arc sensor. Instrumental Technology and Sensors, 2008, (6):3-4.
Hongbo, Huang,,, Gong Hai. Mathematical modeling and simulation of lap groove in swing TIG welding. Journal of Welding, 2008,29 (7): 43-46.
Wei Fuli, Hong Bo, Hong Yuxiang, Qu. Research on seam tracking technology of magnetron arc sensor. Mechanical Science and Technology, 2008,27 (12):1586-1590.
Li Xiangwen, Hongbo, Little Qiu Bing and Hong Yuxiang. Research on trajectory tracking control of arc sensing welding robot based on sliding mode controller. Journal of Shanghai Jiaotong University, 2008, 42:73-79.
, Hongbo, Hong Yuxiang, Qu, Fu Hao. Welding seam deviation information detection and real-time tracking system based on magnetron arc sensing. Journal of Shanghai Jiaotong University, 2008, 42:50-52, 56.