The basic information
Visiting Scholar, Concordia University,Canada,2013.10-2014.09
Ph.D., Northwestern Polytechnical University, Advanced Manufacturing Engineering, 2009
Polytechnical University, Advanced Manufacturing Engineering, 2004
Polytechnical University, Advanced Manufacturing Engineering, 2001
 Shan C W, Chen X, Duan W L, Wang W H, Liu W W. Four-Axis
Tool Orientation Smoothing for Spiral Machining of Blades Based on Step Length[C] .
International Conference On Innovative Design And Manufacturing, 245-250 ,Montreal, 2014.8.13-15
 Shan C W, Liu W W, Lin X J, Zhang D H. Three half-axis tool orientation optimization for spiral machining of blades[J] , The International Journal of Advanced Manufacturing Technology. 2013, 68(9-12):2601-2609
 Shan, C W, Zhao, Y., Liu, W W, Zhang, D H. A nonuniform offset surface rigidity compensation strategy in numerical controlled machining of thin-walled cantilever blades[J]. Hangkong Xuebao/Acta Aeronautica et Astronautica Sinica, 2013, 34(3):686-693(In chinese)
 Shan C W, Zhao Y, Cui D P. Experimental Study on Ball-end Milling of C/C Composite[C] . Advanced Materials Research., 650: 139-144, Seoul, 2012.12.7-9
 Shan C W, Lin X J, Cui D P, Zhao Y. Experimental Study on End Milling of C/C Composite[C] . Advanced Materials Research. 664: 584-589, Seoul, 2012.12.7-9
 Shan, C W, Zhang, D H, Liu, W W, Ren, J X, Lin, X J. A novel spiral machining approach for blades modeled with four patches[J]. The International Journal of Advanced Manufacturing Technology, 2009. 43(5-6): p. 563-572.
Member of China Aviation Society