Dr. He Xiangli, Associate professor
Dr. He Xiangli was born in Shandong Province of China on August 6, 1980. She received the B.S. and Ph.D. degree from Hohai University of Hydraulic and Electric Engineering in 2001 and 2006.She was as a visiting scholar in Université Paris-Est during January to October in 2011.She became an associate professor in China Agricultural University in 2012. She is a member of the water conservancy institute of Beijing. Her research interests are mainly on earthquake-resistance of hydraulic structures, water conservancy and hydropower planning and design, and constitutive model of concrete.
Recent Research Grants
Seismic Response Study Based on the Anisotropic Dynamic Damage Model of High Concrete Dam, China National Natural Science Fund (PI,51109212), ￥260,000, 2011-2014.
Study on Schemes for Rational Allocation of Water Resources in Canal-well Irrigation Areas of Shiyang River Basin, Chinese Universities Scientific Fund (PI, 2014JD038), ￥60,000, 2014.
Seismic Response Study of Concrete Gravity Dam under the Oblique Incidence Condition, Chinese Universities Scientific Fund (PI, 2010JS087), ￥40,000, 2010.
Seismic Response Study for Arch dam-reservoir-sediment-foundation System, China Agricultural University (PI, 2007016), ￥40,000, 2007.
Study on Configuration Standard and Control Technique of a Canal-well System in Irrigation Areas of Arid Northwest China, Ministry of Water Resources(201301016-02), ￥710,000, 2013-2015.
Study and Verification of Dynamic Analysis Method for Rock-fill Dam Based on Multi-scale Damage Model, China National Natural Science Fund (51309224), ￥250,000, 2013-2016.
Research on Mechanism of Flow Regime Transition and Hydraulic Performances of Clinging Flow for Rectangular Sharp-crested Weir, China National Natural Science Found (51079150),￥370,000, 2011-2013.
Efficient Micro Hydropower System, the National Key Technological R & D Program for the 11th Five-year Plan (2006BAJ04B03-2), ￥400,000, 2006-2010
Recent Publications in Reviewed Journals
He X., Li T., 2010. Analysis of Seismic Response for Arch Dam Based on Gradual Enlargement Mesh Method, Proceeding of 12th ASCE Aerospace
He X., Niu Z., 2010. Investigate on dimension effect of dynamic artificial boundaries, Proceeding of 12th ASCE Aerospace
He X., Li T., Ren H., 2008. Analysis of Seismic Response for Gravity Dam Based on Gradual Enlargement Mesh Method. Proceedings of the Seventeenth National Conference on Structural Engineering (in Chinese)
He X., Li T., 2010. Dynamic Analysis for Infinite Saturated Foundation Based on Gradual Enlargement Mesh Method. Engineering Mechanics 27(4): 149-152(in Chinese)
He X., Niu Z., 2009. Time Domain Simulation of Seismic Signals. Journal of China Three Gorges Univ. (Natural Sciences) 31(4): 14-17(in Chinese)
He X., Li T., 2007. Numerical analysis of seismic wave-motion of gravity dam in time domain. Journal of Hohai University(Natural Sciences) 35(1): 5-9(in Chinese)
He X., Li T., 2006. Local incompatible mesh method for infinite media wave problems. Journal of Vibration Engineering 19(1): 124-127(in Chinese)
He X., Li T., 2006. Application of Viscous-spring Artificial Boundary in Dynamic Response Analysis of Gravity Dam. Water Resources and Power 24(1): 30-31(in Chinese)
He X., Li T., 2005. Dynamic artificial boundaries condition for infinite domain. Advances in Science and Technology of Water Resources 25(3): 64-67(in Chinese)
He X., Li T., 2005. Comparison of size effect for some artificial boundaries. Journal of Vibration Engineering18(S): 102-104(in Chinese)
Yuan L., Zhang X., He, X., Zhou, L., Xiong Y., 2011, The progress and developing trend of rural micro-hydropower stations, China Rural Water and Hydropower 2011(7):147-152. (In Chinese)
Zhang X., Ji C., Yuan L., He X., 2010, Utilize hydraulic characteristics in ecological landscape river planning, 2010 ICMACE, IEEE Xplore, 2010, 6: 4896-4899.
Zhang X., Zhou H., He X., Jiang M., 2009, Study on the index system of feasibility evaluation for micro hydropower, Journal of Hydroelectric Engineering, 2009, 28 (6): 171-175. (In Chinese)
Contact:
Tel, +86-10-62738486 E-mail, hexianglihhu@163.com
Postbox: 25#, China Agricultural University (East Campus),
No. 17, Qinghua East Road, Haidian, Beijing, 100083, China
