Shan Wu

2020-08-02

Education Background:

2016.09-2020.06            PhD, China University of Petroleum, Beijing, Petroleum Engineering

2017.08-2018.11            Visiting Ph.D, University of Toronto, Supervisor: Qinya Liu, Department of Physics

2014.09-2016.06            Master, China University of Petroleum, Beijing, Petroleum Engineering

2010.09-2014.06            Bachelor, Southeast University, Mechanical Engineering

Working Experience:

2020.09-present            postdoctoral fellowship, Southern University of Science and Technology

Honors and Awards

2015-2016         First-class Scholarship in Unconventional Oil and Gas Institute; “Outstanding Graduate” Award

2014-2015         The Third Prize in CUPB in 5th China Petroleum Engineering Design Competition, Drilling and Completion Group

                          The Second-class Scholarship in Unconventional Oil and Gas Institute

                          The First Prize in postgraduate academic forum in Unconventional Oil and Gas Institute

Journal Papers

Wu Shan; Ge Hongkui; Wang Xiaoqiong; Meng Fanbao, ” Shale Failure Processes and Spatial Distribution of Fractures Obtained by AE Monitoring”, Journal of Natural Gas Science and Engineering, 2017(IF 3.859)

Wu Shan, Li Tiantai, Ge Hongkui, Wang Xiaoqiong, Li Ning, Zou Yushi, “Shear-tensile fractures in hydraulic fracturing network of layered shale, Journal of Petroleum Science and Engineering, 2019(IF 2.886)

Wang Xiaoqiong, Wu Shan, Ge Hongkui, Sun Yueyue, Zhang Qian, “The complexity of the fracture network in failure rock under cyclic loading and its characteristics in acoustic emission monitoring”, Journal of Geophysics and Engineering, 2018(IF 1.441)

Wu Shan, Li Tiantai, Ge Hongkui, Wang Xiaoqiong, Li Ning, Zuo Mingsheng, Liu Sshiyu, Sun Yueyue, “Comparison of the AE monitoring results between the hydraulic fracturing and SC-CO2 fracturing”, 53nd U.S. Rock Mechanism Symposium. 2019.

Wu Shan, Li Tiantai, Ge Hongkui, Wang Xiaoqiong, Li Ning, Sun Yueyue, ” New acoustic emission parameters for hydraulic fracture network description based on shear-tensile crack model.”, 53nd U.S. Rock Mechanism Symposium. 2019.

Li Ning, Zhang Shicheng, Zou Yushi, Ma Xinfang, Wu Shan, Zhang Yinuo, “Experimental Analysis of Hydraulic Fracture Growth and Acoustic Emission Response in a Layered Formation “, Rock Mechanics and Rock Engineering. 2018(IF 4.100)

Research

1. Mechanism of hydraulic fracturing

2. Application of acoustic emission monitoring

3. Interpretation of acoustic emission data