Teng Xu                        
              Lecturer                   
           Sex: 男
                   
         Email: tengxu@szu.edu.cn
            
       Office: S624
              
     Talent title: 
                
    Final degree: PhD
                 
        Tel: 86-755-26557471
             
      Advisor qualification: Master Supervisor
               
         
          
     
           
         
        
                   Research Interest:
 Mechanical manufacturing and automation / metal plastic forming process and equipment / ultrasonic vibration assisted stamping / servo stamping process / forming adhesive wear
            
            
                                  
                                  
           
         
        
                         Education:
 Doctoral Candidate of Machinery Manufacturing and Automation,       SCUT               2011.09-2017.04   
Master of Machinery Manufacturing and Automation                    SCUT              2010.09-2011.06
Bachelor of Mechanical Design, Manufacturing and Automation    Yangtze University       2006.09-2010.06
Career:
 2018/02.01 - present, lecturer, School of electromechanical and control engineering, Shenzhen University
Publication:
 1.Teng Xu, Qinxiang Xia, Jinchuan Long and Xiaobin Long. A study on Multi-Domain Modeling and Simulation of Precision High-speed Servo NC Punching Press. Journal of Systems and Control Engineering (2018):1-17.
2.Teng Xu, Qinxiang Xia, Xiaobin Long and Gianluca Buffa. Vibration Control of a High-speed Precision Servo Numerically Controlled Punching Press: Multi-domain Simulation and Experiments. Shock and Vibration, Volume (2017): 1-17. 
3 Teng Xu;Qinxiang Xia;Xiaoyu Wu;Jiaqi Ran;Feng Gong;Chunying Lee,Influence of hydraulic domain on vibration control and overload prediction of high-speed punching press: multi-domain modelling and experiment,Shock and vibration, Volume (2019): 1-11. 
4 Qinxiang Xia, Teng Xu, Guohua Hong, Weiping Ruan. Prediction of the sound pressure level of blanking noise during sheet-metal blanking using servo press with counterforce. Journal of Mechanical Science and Technology, Vols. 28 (5) May (2014):1673-1681.
5.Xia Qin-xiang, Xu Teng, Wei Guang-ming, Ye Fu-yuan. Numerical Simulation and Experimental Research on Multi-position Progressive Stamping Process of Automotive Structural Part, Applied Mechanics and Materials, 2013.1.15,271-272(2013):1366-1371.