1996.03-1999.06, Department of Aircraft Manufacturing, Northwestern Polytechnical University, Doctor

1993.09-1996.03,Department of Aircraft Manufacturing, Northwestern Polytechnical University, Master

1989.09-1993.07,Department of Aircraft Manufacturing, Northwestern Polytechnical University, Bachelor

2002.12-now, Associate Professor, School of Mechanical Engineering, Shanghai Jiao Tong University
2002.09-2002.12, Lecture , School of Mechanical Engineering, Shanghai Jiao Tong University
2000.08-2002.09, Post-doctor, School of Mechanical Engineering, Zhejiang University
1999.07-2000.08, Engineer, KONKA company

2013.1-2014.1 Visiting scholar, KU Leuven

Nontraditional Machining
Micro Machining based on Nontraditional Machining
Electrical Propulsion

(1) 2017.01-2020.12, Controllable Online generation method of virtual micro emitting pole array for electrospraying, NSFC, Grant No. 51675341, PI

(2)2015.05-2017.12，"Electrical propulsion"，PI

(3) 2012.01-2015.12，"Electrochemical Discharge Machining (ECDM) with controlled gas film" , NSFC, Grant No. 51175336, PI

(4) 2009.01-2010.12, "Five-axis EDM Machining Tool with fixed Table", National Science and Technology Major Project, Grant Number: 2009ZX04003-021, Co-PI


(5)2009.01-2010.12, "Five-axis EDM Technology and Machining Tool", National High-Tech Research and Development Program ("863" Program), Grant Number: 2009AA044201, Co-PI

(6)2008.01-2010.12， "Submersed Gas-jetting EDM", NSFC, Grant No. 51175336, PI

(7) 2013.01—2017.12 "Fundamental Study of High-speed Arc Discharge Machining", NSFC Key Project, Grant Number: 51235007, The Third Participant

(8)2007.01―2010.12 "Micro Electro-machining and its Equipments", NSFC Key project, Grant Number: 50635040, Participant

(9) 2006.12―2008.12 "Integrated Desktop Micro Electro-machining Apparatus", National High-Tech Research and Development Program ("863" Program), Grant Number: 2006AA04Z332, Participant

(10) 2004.06―2006.06 "Development of Micro EDM Machine Tool", Project of Shanghai Key Technologies R&D Program, Grant Number: 041111005, Participant

1. Feeding with perturbations in the EDM process of an integral shrouded blisk
Authors：Kang X. M., Liang W., Zhao W. S., Xu H. H.
Source：International Journal of Advanced Manufacturing Technology, v: 96, i: 9-12, p: 3951-3957, 2018

2. Micro-drilling in ceramic-coated Ni-superalloy by electrochemical discharge machining
Authors：Kang X. M., Tang W. D.
Source：Journal of Materials Processing Technology, v: 255, p: 656-664, 2018

3. Maximum free distance method for electrode feeding path planning in EDM machining of integral shrouded blisks
Authors：Kang X. M., Liang W., Yang Y. X., Zhao W. S.
Source：Precision Engineering-Journal of the International Societies for Precision Engineering and Nanotechnology, v: 51, p: 514-520, 2018

4. Performance of propellant for ultrasonically aided electric propulsion
Authors：Kang X. M., Dong L., Zhao W. S.
Source：Acta Astronautica, v: 98, p: 1-8, 2014

5. Application of MAO-processed ceramic layer in micro thrusters
Authors：Kang X. M., Xin T. Z., Jin F., Dong L., Zhao W. S.
Source：Aircraft Engineering and Aerospace Technology, v: 83, i: 1, p: 21-25, 2011

6. Multiple impact modelling for shot peening and peen forming
Authors：Kang X., Wang T., Platts J.
Source：Proceedings of the Institution of Mechanical Engineers Part B-Journal of Engineering Manufacture, v: 224, i: B5, p: 689-697, 2010

7. Fabrication of roughened tips for liquid metal ion sources
Authors：Guo D. S., Kang X. M., Hu J., Liu X. Y., He W. G.
Corresponding author：Kang X. M.
Source：Review of Scientific Instruments, v: 88, i: 6, p: 3, 2017

8. Enhancement of electrochemical discharge machining accuracy and surface integrity using side-insulated tool electrode with diamond coating
Authors：Tang W. D., Kang X. M., Zhao W. S.
Corresponding author：Kang X. M.
Source：Journal of Micromechanics and Microengineering, v: 27, i: 6, p: 11, 2017

9. Electrical discharge machining of electron beam melting formed shrouded blisk
Authors：Liang W., Kang X. M., Zhao W. S., Yang Y. X.
Corresponding author：Kang X. M.
Source：International Journal of Advanced Manufacturing Technology, v: 87, i: 5-8, p: 2319-2326, 2016

10. Electrode feed path planning for multi-axis EDM of integral shrouded impeller
Authors：Liu X., Kang X. M., Xi X. C., Liang W., Zhao W. S.
Corresponding author：Kang X. M.
Source：International Journal of Advanced Manufacturing Technology, v: 68, i: 5-8, p: 1697-1706, 2013

11. A performance comparison of ultrasonically aided electric propulsion extractor configurations
Authors：Dong L., Song W., Kang X. M., Zhao W. S.
Corresponding author：Kang X. M.
Source：Acta Astronautica, v: 77, p: 1-11, 2012

12. Minimum emission current of indium-field emission electric propulsion thruster
Authors：Duan J. Y., Kang X. M., Zhao W. S.
Corresponding author：Kang X. M.
Source：Aircraft Engineering and Aerospace Technology, v: 82, i: 5, p: 284-287, 2010

13. Experimental investigation of the governing parameters of the electrostatic field-induced electrolyte jet micro electrical discharge machining on the silicon wafer
Authors：Zhang Y., Han N., Kang X. M., Lan S. H., Zhao W. S.
Source：Proceedings of the Institution of Mechanical Engineers Part B-Journal of Engineering Manufacture, v: 232, i: 12, p: 2201-2209, 2018

14. The investigation of discharge restriction mechanism of the floating workpiece based electrostatic field-induced electrolyte jet (E-Jet) EDM
Authors：Zhang Y. U., Kang X. M., Zhao W. S.
Source：Journal of Materials Processing Technology, v: 247, p: 134-142, 2017

15. The tool electrode investigation of electrostatic field-induced electrolyte jet (E-jet) electrical discharge machining
Authors：Zhang Y. U., Han N., Kang X. M., Wilt K., Zhao W. S., Ni J.
Source：International Journal of Advanced Manufacturing Technology, v: 82, i: 5-8, p: 1455-1461, 2016

16. The experimental investigation of electrostatic field-induced electrolyte jet (E-Jet) micro-electrical machining mechanism
Authors：Zhang Y., Wilt K., Kang X. M., Han N., Zhao W. S.
Source：International Journal of Advanced Manufacturing Technology, v: 87, i: 9-12, p: 3059-3068, 2016

17. The contrastive experimental investigation of the discharge concentration problem in the E-Jet EDM
Authors：Zhang Y., Kang X. M., Zhao W. S.
Source：International Journal of Advanced Manufacturing Technology, v: 91, i: 5-8, p: 2359-2367, 2017

18. Experimental investigation of the governing parameters of the electrostatic field-induced electrolyte jet micro electrical discharge machining on the silicon wafer
Authors：Zhang Y., Han N., Kang X. M., Lan S. H., Zhao W. S.
Source：Proceedings of the Institution of Mechanical Engineers Part B-Journal of Engineering Manufacture, v: 232, i: 12, p: 2201-2209, 2018

19. Experimental study of an electrostatic field-induced electrolyte jet electrical discharge machining process
Authors：Zhang Y., Han N., Kang X. M., Zhao W. S., Xu K. X.
Source：Proceedings of the Institution of Mechanical Engineers Part B-Journal of Engineering Manufacture, v: 231, i: 10, p: 1752-1759, 2017

20. An experimental study on the effect of parameters on the depth of crater machined by electrostatic field-induced electrolyte jet micro electrical discharge machining
Authors：Zhang Y., Han N., Kang X. M., Zhao W. S.
Source：Advances in Mechanical Engineering, v: 8, i: 4, p: 7, 2016

21. Detecting discharge status of small-hole EDM based on wavelet transform
Authors：Jiang Y., Zhao W. S., Xi X. C., Gu L., Kang X. M.
Source：International Journal of Advanced Manufacturing Technology, v: 61, i: 1-4, p: 171-183, 2012

22. A study on micro-hole machining of polycrystalline diamond by micro-electrical discharge machining
Authors：Wang D., Zhao W. S., Gu L., Kang X. M.
Source：Journal of Materials Processing Technology, v: 211, i: 1, p: 3-11, 2011

23. Effect of ceramic nozzle on performance of pulsed plasma thruster
Authors：Hou D. L., Zhao W. S., Kang X. M., Wang P. Y.
Source：Aerospace Science and Technology, v: 12, i: 8, p: 573-578, 2008

24. Operation analysis of pulsed plasma thruster
Authors：Dali H., Zhao W. S., Kang X. M.
Source：Acta Astronautica, v: 62, i: 6-7, p: 404-409, 2008

25. A study on the efficiency of pulsed plasma thruster (PPT)
Authors：Hou D., Zhao W. S., Kang X. M.
Source：Aircraft Engineering and Aerospace Technology, v: 78, i: 5, p: 391-394, 2006

1. Course Name: Engineering and Society
Teaching Target: Undergraduate students
Credit Hours: 48
Credits:3
2. Course Name: Introduction to Aeronautics and Astronautics
Teaching Target: Undergraduate students
Credit Hours: 32
Credits: 2

1. Pulsed Plasma thruster electrodes with ceramic nozzles, ZL200810032461.1，
2. EDM gap status detection method and equipment based on wavelet transformation, ZL200910045050.0
3. Nano second Pulse generator for EDM based on FPGA, ZL200910045051.5
4. CAD/CAM software for EDM machining of shrouded Blisk, 2011SR018755

2011-now Council Member， Chinese Nontraditional Machining Society
2016-now Council Member， Sub-society of Electrical Propulsion, Chinese Society of Astronautics

2015 Science & Technology Advancement Award, 3rd Grade, "Technological Chain for 6-axis CNC EDMing of Shrouded Blisks", Granted by the Shanghai Municipal Government