2016年
[1]Disaster mitigation due to collapse of large scale cooling towers in nuclear power plants under strong earthquakes, granted by the Natural Science Foundation of China (NSFC) with Grant no. 51578399, Principal investigator, 2016-2019
2012年
[1]Reliability of key RC structures in nuclear power stations under loads and environmental factors, granted by the Ministry of Science and Technology (Grant no. 2012AA050903),2012-2015
2007年
[1]Stochastic Modeling of Deterioration of the Bearing Capacity of Corroded Steel Bars under Different Loads. Jan. 2007~Dec. 2008. the Scientific and Research Foundation for Excellent Youth Teacher of Tongji University.
[2]Design of Blast and Progressive Collapse Resistance of Civil Buildings of Reinforced Concrete Subjected to Local Blast. Sep. 2007~Sep. 2009. 2007 Shanghai Pujiang Program.
[3]Experimental Study and Simulation of Crack Control for Over-length and Massive Concrete members of Shanghai Synchrotron Radiation Facility. Jun. 30, 2007~Feb. 29, 2008. Financially supported by industry.
[4]Study on Key Technologies for Assessment and Strengthing of Existing Structures of Power Transmission and Distribution’s Reliability. Jan. 1, 2007~Jan. 30, 2010. Financially supported by industry.
[5]Structural check and feasibility assessment of Logistics System of Shanghai Pudong Exhibition. Sep. 2007~Oct. 2007. Financially supported by industry.
[6]Numerical Simulation of Collapse of Super High Rise Buildings under Strong Seismic Excitation. Jan. 1, 2008~Dec. 30, 2010. the National Natural Science Foundation of China.
2006年
[1]Numerical Simulation of Collapse of High Rise Buildings under Strong Seismic Excitation. Jan. 1, 2006~Dec. 2006. the National Natural Science Foundation of China.
[2]Numerical Testing of Large-scale Structures uner Special Environmental Dynamic Action. Jan. 1, 2006~Dec. 31, 2009. Sub-subject 'Numerical Simulation for Collapse Response of Super High-rise Buildings under Local Exploding' of the State Key Program of National Natural Science of China.
[3]Deterioration law of the Bearing Capacity of Corroded Reinforced Concrete Members Strengthened by CFRP. Jan. 1, 2006~Dec. 31, 2008. the National Natural Science Foundation of China.
[4]Experimental Technologies on Durability of Large-scale Civil Engineering Infrastructures under Comprehensive Environment. Dec. 2006~Nov. 2008. As a part of the Special Subject for Life Prediction of Key Producs and Facilities, the National high Technology Research and Development Program for Advanced Fabricate Technology of China.
[5]Design Method and Parametric Study of Durability of Concrete Bridges. Jan. 1, 2006~Dec. 30, 2008. Science Foundation of West Transportation and Construction.
[6]Application of Discrete Element Method Simulation of Concrete Failure Process. Oct. 2006~Oct. 2008. Wenyuan Science and Technique Foundation of the Department of Building Engineering, Tongji University.
2005年
[1]Construction Graphic Presentation and Sampling for Strengthening and Rebuilding of Structures. Jun. 1, 2005~Jun. 30, 2006. China Building Standard Design.
[2]Durability of Existing Concrete Members Strengthened by CFRP under Fatigue Loading. Oct. 2005~Oct. 2008. the Key Scientific Research Program of Ministry of Education, China.
[3]Mechanical Model and Collison Mmechanisms of Concrete Blocks. Dec. 2005~Dec. 2007. the Development Foundation for Engineering Courses of Tongji University.
2003年
[1]Experimental Study and In-site Monitoring during Construction of Composite Floor Systems of the Main Building of the Achieve Exhibition Hall of Pudong New District,Shanghai. Jan. 2003~Jun. 2004. Preparation Construction Office for the Main Building of the Achieve Exhibition Hall of Pudong New District, Shanghai.
[2]Key Technologies of Appraisal and Strengthening of the Existing Bridges. Nov. 1 2003~Oct. 31, 2006. Key project of Science and Technology Commission of Shanghai.
2002年
[1]Standard for Inspection and Appraisal of the Existing Buildings. 2002~2003. the Shanghai Municipal Construction Commission.
[2]Experimental Research of Aseismic Behavior of Masonry Structures Strengthened by CFRP. 2002~2004. Financially supported by industry.
[3]Experimental Research on the Cooperation between the Oil Tank and the Cover. 2002~2004. Financially supported by industry.
2001年
[1]Research on Construction Technologies of High-rise Concrete Structures Based on Safety Analysis. 2001~2002. the Youth Foundation for City Construction of Pu Dong New District and Shanghai Pu Dong New District Construction Co.Ltd.
[2]Analysis of Collapse Response of Masonry Structures under Earthquake. 2001~2003. the Scientific Research Foundation for the Returned Overseas Chinese Scholars, State Education Ministry.
[3]Fundamental Theoretical Research on Durability Evaluation of Existing Concrete Structures. Nov. 2001~Oct. 2003. Foundation for Science and Technology Development of Tongji University.
2000年
[1]Analysis of Collapse Response of Reinforced Concrete Frame Structures under Earthquake. 2000~2001. the Foundation for Visiting Scholar of Ministry of Education.
1998年
[1]Optical Fiber Monitoring Sensing Technique for Concrete Structures. Jan. 1998~Aug. 1998. National Natural Science Foundation of USA. (Prof. Xianglin Gu conducted the tests and analyses under the guidance of Prof. Farhad Ansari)
[2]Flexure Fatigue Behavior of prestressed concrete structure with FRP tendons. Sep. 1998~Sep. 1999. National Natural Science Foundation of USA. (Prof. Xianglin Gu conducted the tests and analyses under the guidance of Prof. Farhad Ansari)
[3]The Code for Appraisal of Durability of Concrete Structures. Oct. 1998~Nov. 2005. China Association for Engineering Construction Standardization.
1997年
[1]Safety Analysis of the Concrete High-rise Buildings during Construction. Jun. 1997~Dec. 1999. the Shanghai Municipal Education Commission.
[2]Numerical Simulation of Structures Based on Damage Identification. Jul. 1997~Aug. 1999. the State Key Laboratory of Hazard Resistance of Civil Engineering.
1996年
[1]Hazard Analysis and Study on Inspection and Testing Techniques for Old Buildings. Sep. 1996~Dec. 1998. the Committee of Science and Technology of Shanghai.
1994年
[1]Simulation of the High-rise Building Considering the Damage Accumulation and Construction Error (subproject:High-rise concrete buildings). Jan. 1994~Dec. 1999. as a part of the National Climbing Plan “Fundamental Research on Safety and Durability of Major Structures in Civil and Hydraulic Engineering'.
[2]Concrete Carbonization and Corrosion of Steel Bars. Jan. 1994~Dec. 1999. Sub project of the National Climbing Plan “Fundamental Research on Safety and Durability of Major Structures in Civil and Hydraulic Engineering”.
1993年
[1]Study on the Aseismatic Behavior of Saw-tooth Mill Building with Skylight Window Frames as Supporting Structures (shaking table test and elastic-plastic analysis). Jan. 1987~Dec. 1989. Key Project of Ministry of Textile Industry.
[2]Study on the wind load static test of of 1/100 scale model of Oriental Pearl TV Tower (model test and theoretical analysis). Jan. 1992~Dec. 1993. the Science and Technology department of Shanghai.
[3]Seismic Behavior of Large-Bay Residence built by Concrete with Crushed Brick as Aggregate and without Sand (model test and theoretical analysis). Dec. 1993~Jun. 1996. Shanghai Construction Department.
Research