Post：Associate Prof.

   Gender：Mr.

   Age：Jan. 1964

EDUCATIONAL DETAILS

• 1992－1995  Tongji University, major in structural engineering, specialized in seismic resistance of building structures, obtained Ph. D. Degree in October, 1995.

• 1988－1991  Department of Civil Engineering, Shanghai Jiaotong University, specialized in structural Intelligent design, obtained Master Degree in March, 1991.

• 1981－1985  Department of Construction Engineering, Tongji University, major in structural engineering, obtained Bachelor Degree in July, 1985.

EMPLOYMENT DETAILS

• 2000－present  Department of Disaster and Mitigation for Structures, Associate Prof.

• 1998－2000    Architecture Department of Tokyo University, Post-Doctor.

• 1995－1998    Research Institute of Structural Engineering and Disaster Reduction, Lecturer.

RESEARCH ARES

1. Seismic Performance of Building Structures.

2. Nonlinear Finite Element Analysis of Reinforced Concrete.

3. Development and Application of Nonlinear Analysis Software for Complex Structures.

4. Numerical Simulation of Structural Response to Multiple Disasters.

5. Numerical Model Theory and Engineering Application of  Pre-stressed Special Building Structures.

ACADEMIC AWARDS

1. Seismic theory and technology of new composite shear walls and tube structures, the Second Prize for National Scientific and Technological Progress in 2009, ranked fifth.

2. Seismic theory and technology of new composite shear walls and tubular structures, the first prize for scientific and technological progress in Beijing in 2005, ranked seventh.

3. New method and application of non-linear analysis of reinforced concrete structures, the Second Prize for Shanghai Scientific and Technological Progress in 2004, ranked second.

4. Seismic Test Research and Structural Design of High-rise Buildings Beyond the Limit, the Second Prize of Guangdong Science and Technology Award in 2001, ranked seventh.

5. Research and application of new seismic energy dissipation system for high-rise buildings, the third prize of Shanghai scientific and technological progress in 2000, ranked second.

MAJOR RESEARCH PROJECTS

1. Development of NosaCAD software for elasto-plastic analysis of complex structures, which has been applied in more than 100 Units of design, engineering consulting and scientific research institute in China.

2. Model transformation method among the structural analysis software pieces.

3. Elasto-plastic seismic performance analysis and construction process simulation analysis of Shanghai Central Building.

4. Elasto-plastic seismic behavior analysis of Tianjin 117 Building.

5. Elasto-plastic seismic performance analysis of China Pavilion structure in 2010 Shanghai World Expo.

6. Elasto-plastic Seismic Behavior Analysis of the Gate of the Orient Building, a connected Structure.

7. Energy dissipation and seismic reduction analysis of Four Towers Connected Structure of Chongqing Laifushi Square.

8. Elasto-plastic seismic behavior analysis of high-rise building in Hengda City, in Ningbo, Zhejiang Province.

9. Elasto-plastic Seismic Behavior Analysis of Tianjin International Fortune Center Building

10. Elasto-plastic Seismic Behavior Analysis of Chongqing Guojin Center Building

11. Elasto-plastic Seismic Behavior Analysis of Zhengzhou Green Space Center Building

12. Elasto-plastic Seismic Behavior Analysis of Planar Irregular Structure of Tibet Museum

13. Elasto-plastic Seismic Behavior Analysis of Complex Space Structure of Tongliang Theatre

14. Elasto-plastic Seismic Behavior Analysis of Complex Connected Structures of Shanghai International Design Center Building

15. Elasto-plastic Seismic Behavior Analysis of a Five-Star Hotel Structure with Continuous Change of Facade in Guangxi

16. Elasto-plastic Seismic Behavior Analysis of T2 Terminal Building of Shanghai Pudong International Airport

17. Shanghai Science and Technology Innovation Research and Development Program Theory System and Promotion Technology of Super Metropolitan Resilience (Participation)

18. National Natural Science Foundation of China Theory and Application Research on Energy Consumption of High-rise Buildings along Vertical Direction (Participation)

19. National Education Commission Scientific Research Fund for Returnees from Overseas Studies Project Numerical Simulation of the Whole Work Process of Prestressed Concrete Structures (Project Leader)

20. National Natural Science Foundation Innovation Research Group Project Civil Engineering Disaster Prevention (Participation)

21. Major international cooperation project Evaluation and mitigation of earthquake disaster effects of major urban super high-rise building projects (Participation)

WRITINGS AND PAPERS

1. Xiaohan Wu, Object-Oriented Structural Analysis Programming, Science Press, Beijing, 2001.

2. Xilin Lu, Guofang Jin, Xiaohan Wu, Nonlinear Finite Element Theory and Application of Reinforced Concrete Structures, Tongji University Press, Shanghai, 1997.

3. Published more than 50 papers

COURSES

1. Nonlinear Finite Element Analysis.

2. Development and Application of Structural Analysis Program.

3. Secondary Development CAD software for Civil Engineering.

PATENT AND SOFTWARE COPYRIGHT

1. A New Type of Seismic Wall (1997) ZL97234342.3.

2. Shear Wall Nonlinear Finite Element Analysis Software [SWANA] V.1.0 (2008), 2008 SR04655.

3. Object-oriented finite element analysis software [OOPFE] V1.0 (2014), 2014 SR02606.