"Time-varying Reliability Evaluation of Existing Prestressed Concrete Box Girder Bridges Based on Stochastic Finite Element Method", National Natural Science Foundation Project (Youth Fund), 2007+0-2009.438+02 (presided over).
"Study on Mechanical Performance and Seismic Vulnerability of Self-centering Prestressed Concrete Frames", National Natural Science Foundation Project (General Project), 201.1-2013.12 (hosted).
"Seismic Performance Evaluation and Life Cycle Cost Analysis of Self-centering Prestressed Concrete Wall with Friction Energy Consumption", National Natural Science Foundation Project (General Project), 2014.1-2017.12 (presided over).
"Basic Research on Life-cycle Design Method of Prestressed Concrete Box Girder Bridge", Foundation Research Project of Fok Yingdong Young Teachers Fund, 201-2014.6438+02 (presiding);
"Research on Key Technologies of a New Generation of Assembled Self-centering Prestressed Concrete Seismic Structure System", a key project of Ministry of Human Resources and Social Security Overseas Students' Science and Technology Activity Plan, 20 10 (hosted).
"Research on Optimization of Maintenance and Reinforcement Strategy of Existing Prestressed Concrete Box Girder Bridges Based on Time-varying Reliability and Life Cycle Cost Analysis", Jiangsu Natural Science Foundation, 201-2014 (presiding).
"Research on Fatigue Detection and Evaluation Technology of Welded Steel Box Girder", Jiangsu Traffic Science Research Project, 201-2014 (hosted).
"Research and Development and Industrialization of Long-span Bridge Structure Health Monitoring System Based on Sensor Network", Jiangsu University Scientific Research Achievements Industrialization Promotion Project, 20 12-20 14 (hosted).
"Probabilistic design method and experimental study of self-centering seismic steel frame based on performance and reliability", sponsored by the 43rd batch of research start-up fund for returned overseas students of Ministry of Education, 2012.1-2012.
Study on Seismic Performance of Self-centering Spatial Steel Frame-Concrete Shear Wall System, Open Project of State Key Laboratory of Subtropical Building Science, 201.1-2012.12 (hosted).
"Research on Key Technologies of Strengthening Concrete Bridge Girder with High-strength Steel Wire Mesh and Polymer Mortar", Open Project of Key Laboratory of Transportation Industry, 2009+0-20438+00.438+02 (hosted).
"MRI: acquiring the most advanced servo-hydraulic structure testing system to strengthen engineering research and research education in San Francisco State University", National Science Foundation (USA), collaborator (with Chen Cheng).
"BRIGE: Reliability evaluation of real-time mixed simulation results for structural performance evaluation under earthquake, National Science Foundation (USA), collaborator (with Chen Cheng).