2002/09–2005/12, Ph.D. in Mechanics, School of Aerospace Engineering, Tsinghua University

2000/09–2002/07, M.S. in Mechanics, School of Aerospace Engineering, Tsinghua University

1996/09–2000/07, B.S. in Engineering Mechanics, Department of Mechanics, Tsinghua University

Xu, W.，Zhang, Y. P.，Guo, R. X.，Improvement for optical mechanics method of coherent gradient sensing，Optik，2010.01.01，121（21）：1929~1933

Xu, W.，K-dominance of static crack tip in functionally gradient materials，Fatigue and Fracture of Engineering Materials and Structures，2011.5.01，34（5）：329~336

Luo Jun，Zhang Yaping，Xu Wei*，Research on enhancement sensitivity of embedded fiber Bragg grating sensor，Optik，2014.11.15，125：7211~7214

Zhang, Yaping，Wang, Peng，Chen, Hong，Xu, Yinhua，Chen, Wei，Xu,Wei，Computer-generated-hologram-accelerated computing method based on mixed programming，Chinese Optics Letters，2014.3.10，12（3）

Zhang, Yaping，Zhang, Jianqiang，Liu, Yao，Yang, Wenming，Wang, Peng，Xu, Wei，Research on a fast algorithm of three-dimensional CGH，Optik，2014.01.01，125（12）：2727~2730

Zhang, Yaping，Wang, Peng，Yang, Wenming，Chen, Hong，Zhang, Jianqiang，Xu, Yinhua，Xu, Wei，Research on true color computer generated hologram by lensless Fourier transform，Optik，2014.01.01，125（23）：7053~7056

Zhang, Yaping，Zhang, Jianqiang，Chen, Wei，Zhang, Jialing，Wang, Peng，Xu, Wei，Research on three-dimensional computer-generated holographic algorithm based on conformal geometry theory，Optical communications，2013.11.15，309：196~200

Zhang, Yaping，Li, Junchang，Yang, Wenming，Zhang, Jianqiang，Wang, Peng，Xu, Wei，Eliminate the influence of zero-order diffraction for wavefront reconstruction with selectable magnification in digital holographic，Optical and Quantum Electronics，2013.10.01，45（10）：1077~1086

Zhang, Y.P.，Zhang, J.Q.，Xu, W. Method for eliminating zero-order diffraction in lensless Fourier transform digital holography，Optik，2013.01.01，124（21）：4873~4875

Yao, X.F.，Xu, W. Recent application of caustics on experimental dynamic fracture studies，Fatigue and Fracture of Engineering Materials and Structures，2011.01.01，34（6）：448~459

Liu, D. L.，Yao, X. F.，Ma, Y. J.，Xu, W. Study on Mixed-Mode Fracture Characterization in Functionally Graded Materials，Journal of Applied Polymer Science，2012.2.15，123（4）：2467~2475

National Natural Science Foundation of China (Regional Fund), 11762009, Non-destructive testing of internal deformation of vertebrae based on digital volume image correlation method

National Natural Science Foundation of China (General Program), 11172116, Non-destructive testing of residual stress in transparent parts

National Natural Science Foundation of China (Young Scientists Fund), 10602015, Experimental study on fracture mechanics behavior of functionally graded materials with arbitrary properties

China Postdoctoral Science Foundation, 20060400245, Experimental study on fracture behavior of functionally graded materials with arbitrary properties

Yunnan Provincial Applied Basic Research Project (General), 2010CD034, Research on digital holographic photoelastic detection technology for complex stress fields

2017 Kunming University of Science and Technology Distinguished Teacher

2016 Yunnan Province Young and Middle-aged Academic and Technical Leader

2016 Kunming University of Science and Technology Teaching Achievement Special Prize

2014 Kunming Young and Middle-aged Academic and Technical Leader Reserve Candidate

2014 Kunming University of Science and Technology Teaching Achievement Special Prize

2011 12th Wu Daguan Education Fund Outstanding Teacher Award

2009 Yunnan Province Introduced High-level Talent

Xu Wei, Yao Xuefeng, Liu Dongliang. A method for extracting fringe order of coherent gradient sensing interferometry. Patent No.: ZL 200610001365.1, Grant Date: 2008.10.22

Xu Wei, Zhang Yaping. A method for improving measurement accuracy of coherent gradient sensing. Patent No.: ZL200810058712.3, Grant Date: 2011.05.25

Yao Xuefeng, Xu Wei, Liu Dongliang. A method and device for extracting fringe order of coherent gradient sensing interferometry. Patent No.: ZL 200610001366.6, Grant Date: 2007.06.06

Zhang Yaping, Li Junchang, Xu Wei. A real-time detection method for two-dimensional stress field in digital holographic photoelasticity using angle-division multiplexing. Patent No.: ZL200910094293.3, Grant Date: 2010.09.29