Main courses of undergraduate course: Basic Principles of Course Design for Steel Structure Bridges Main research fields: Theoretical and applied research on steel-concrete composite structures under vehicle-bridge coupling vibration. The main project of the National Natural Science Foundation of China in 2007-Basic Research on External Prestressed Steel-concrete Composite Beam System and Instability of Yuehe University on Xiangyu Line (2007.6438+0-2009.6438+02) project. Research and analysis of bridge lateral reinforcement, research project of professional design institute of Ministry of Railways, (2006 -2007) research on bridge performance of existing bridges on Xiao-Yong line after speed increase, research project of Ministry of Railways, (2006 -2007) main discussion, temperature effect analysis of externally prestressed steel-concrete composite beam bridge, highway traffic technology, June 5438+February, 2007. Study on mechanical properties of through steel truss composite beam considering steel-concrete slip effect, Journal of Railway (employed), Zhang, Comparison of design schemes of Qujiang Bridge on East China Highway, Gu Jianxin, etc. February, 2005, "Study on Strengthening Transverse Stiffness of Through Steel Plate Girder Bridge", China Railway Science, Gu Ping, Wang Miao, June, 5438 +2005 10. February, 2005, Wang Miao, Gu Ping, Study on Cast-in-place Track Bed Trough Beams with Precast Main Girders, Journal of Tongji University, July, 2003, Gu Ping, Chen Shiming, Local Instability and Moment Redistribution of Continuous Composite Beams, Industrial Buildings, May-July, 2002, Gu Ping, Zhu Jinlong, Test and Dynamic Analysis of Speed-up Passenger Cars Passing Speed-limited Steel Bridges, China Railway Science, April, 2002, main honor of Ministry of Railways.