Personal Information
Song Wanqing, Male, PH.D, awarded from Donghua University.Senior Engineer/ Associate Prof., School of Electronic & Electrical Engineering, Shanghai University of Engineering Science. +86-21- 67791126, swqls@126.com.
Research Fields
Research field includes industry control, Mechanical & Electrical Integration, intelligent control algorithm, image process. In recent years, the research field includes the mechanical fault diagnosis and pattern recognition, time series analysis, vehicle tire dynamics analysis and modeling. 30 papers in journals and 10 papers in conferences have published, 20 papers in them is indexed by SCI and EI. In 2013 year, senior visiting scholar at Virginia Tech. In 2007-2009 year, invited to have lecture at university of Roma, University of Perugia, University of Salerno in Italy, respectively. Five itemsforinvention patent and utility new type patent are granted. Two items for college students' innovative project and one item for graduate business program are granted by shanghai education commission, respectively. 2014, obtain one item for Shanghai nature science fund (Grant No. 14ZR1418500)
Main Research Achievements
1. Song Wanqing, Li qing, Wang Yuming. Tool wear Detection Using Lipschitz Exponent and Harmonic wavelet. Mathematical Problems in Engineering. (SCI:00032803400001),2013
2. Song Wanqing. Difference equation of Lorenz system, International Journal of pure and applied mathematics, 2013, 83(1)
3. Song Wanqing. Tool Condition Monitoring on Chaos Equation and Bisection Algorithm, International Journal of Advanced Science Letters, 2013.
4. Song Wanqing. Tool State Detection by Harmonic Wavelet and Sample Entropy. Chinese Journal of Mechanical Engineering. 2011, 24(6): 1068-1073. (SCI: 000297711700018),
5. Song Wanqing, Chenqiang. Objective Evaluation of Seam Pucker Using Complex Wavelet and Fractal Dimension of Textural Image. International Journal of Applied Mechanics and Materials. 2011, 44:3464-3468. (EI:20110313586467)
6. Song Wanqing. Tool Wear Detection Based on Duffing-Holmes Oscillator. Mathematical Problems in Engineering. Volume 2008, 15. (SCI：000260576400001）