People

Title: Associate Professor

Research direction:

1）Structural reinforcement and historic building protection

2） Ultra-low energy building

Email: jwu@suda.edu.cn

Education

2006.03~2012.06  Doctor of Engineering- Structural Engineering

                  ( Supervisor: Lv Zhitao-- Academician of Chinese Academy of Engineering

                  Vice Supervisor: Shu Ganping- Doctor, Professor, the First batch of National first

                  Class Registered Structural Engineer)

                  Research, Design and Development Center of Steel Structure, Southeast University,

                  China

2003.09~2006.03  Master of Engineering- Structural Engineering

                  ( Supervisor: Lv Zhitao-- Academician of Chinese Academy of Engineering)

                  National Prestressed Engineering Technology Research Center, Southeast

                  University, China

                  Outstanding master's thesis in 2007

1999.09~2003.06  Bachelor of Civil Engineering

                  School of Civil Engineering, Southeast University, China

                  Recommended postgraduate 

Work

2019.06- present   Core member of China-Portugal Belt and Road Joint Laboratory on Cultural Heritage

Conservation Science (SPHCJL) , a state-level scientific experiment platform

approved by the Ministry of Science and Technology of the People’s Republic of

China ;

the deputy director of Green Building International Research Center (SUGB) of

SPHCJ

2018.10- present  Associate Professor & Member of mentor team & Vice Department Head

                  Architecture Dept. GM School of Architecture, Soochow University, China

2016.07- present   Associate Professor & Member of mentor team

                  Architecture Dept. GM School of Architecture, Soochow University, China

2012.08-2016.06   Lecturer

                  Architecture & Urban Planning Dept.

                  GM School of Architecture, Soochow University, China

Representative Publications

1)  Rui Mingda, Ji Meixia, Wu Jie^*, Application of BFRP Material in Reinforcement and Reconstruction of Exsiting Buildings under BIM Collaboration, Architecture & Culture, 2021(09):45-46

2）Bai Zhang, Hong Zhu, Kwok Wei Shah, Zhiqiang Dong, Jie Wu, Performanceevaluation and microstructurecharacterization of seawater and coral/sea sand alkali-activated mortars，Construction and Building Materials, 259（2020）：1-11 (SCI)

3)  WU Jie. Analysis of Parameters Affecting Elastoplastic Ultimate Capacity of Bidirectional Beam String Structure After Total Optimization Based on Balanced Load State, Steel Construction, 34(242), 2019:9-14

4)  Chun-Lin Wang^*, Ye Liu, Xiaolong Zheng, Jie Wu, Experimental investigation of a precast concrete connection with all-steel bamboo-shaped energy dissipaters, Engineering Structures 178 (2019) :298–308 (SCI)

5)  Ye Liu, Chun-Lin Wang^*, Jie Wu. Development of a new partially restrained energy dissipater: Experimental and numerical analyses, Journal of Constructional Steel Research , 147 (2018) :367–379 (SCI)

6)  Wu Jie. Cable Force Characteristic Test of Bidirectional Beam String Structure After Cable Shape Optimization. Journal of Tianjin University ( Science and Technology), 49(1), 2016:86-95 (EI）

7)  WU Jie^*, SHU Gan-ping. Design and Research on Static Load Test of a Bidirectional Beam String Structure After Cable Shape Optimization. Engineering Mechanics, 32(9), 2015:200-209 (EI)

8) Wu Jie. Optimization of the Bidirectional Beam String Structure. Industrial Construction, 44(4), 2014:140-145

9)  WU Jie. Static Load Test Analysis of the Upper Steel Beam of a Bidirectional Beam String Structure After Cable Shape Optimization for a Whole Span Uniform Load. Journal of Tsinghua University(Science and Technology), 54(11), 2014:1396-1406 (EI)

10）WU Jie. Static Load Test Analysis of the Upper Steel Beam of a Bidirectional Beam String Structure after Cable Shape Optimization for an Asymmetrical Load. Journal of Tsinghua University(Science and Technology), 54(9), 2014:1260-1270 (EI)

11)  WU Jie. Analysis of Parameters Affecting Mechanical Performance of Bidirectional Beam String Structure. Journal of Harbin Institute of Technology, 45(12), 2013:121-128 (EI)

12) Wu Jie^*, Lv Zhitao, Shu Ganping. Study on Zero-stress State Form-finding After Shape Optimizing of Bidirectional Beam String Structure Cable Net. Building Structure, 43(S1), 2013:356-361

13) Wu Jie^*, Jiang Jianfeng, Dai Yaping, Zhao Hongkang. Research on Forced Performance and Ultimate Capacity of Overlapped Tubular K-joint. Industrial Construction, 39(1), 2009:122-127

14) Wu Jie^*, Shu Ganping. Structural Analysis of Papilionaceous Partial Tied Arch footbridge. Journal of Jiangsu  University( Natrual Science Edition), 30(1), 2009:90-94 (EI)

14) WU Jie^*, DAI Ya-ping, ZHAO Hong-kang. Bearing Capacity of Overlap K-joints with Hidden Weld Absence, Journal of Tianjin University, 41(2), 2008:226-232  (EI)

15）Jiang Jianfeng, Wu Jie, Feng Jian, Dai Yaping, Zhao Hongkang. Experimental Research and FEM Analysis on Overlapped CHS Parallel K-joints. Industrial Construction, 36(8), 2006:64-67

Selected Projects

l  RESEARCH GRANT

1）   JiangSu Province urban and rural areas and housing construction department（2021ZD03）: Study on energy-saving design method of passive ultra-low Energy Consumption Office building based on strengthening epidemic prevention function, Principal Investigator，since 06/2021

2）   National Key Research and Development Program(SQ2020YFE020665):Construction and Research of China-Portugal Belt and Road Joint Laboratory on Cultural H eritage Conservation Science, Co-investigator, since 11/2021

3）   National Natural Science Foundation of China( Ref:51508363):Mechanical Properties Optimization and Self Monitoring of Beam String Structure Based on Optical Fiber and Self-sensing Hybrid BFRP, 200,000 RMB, Principal Investigator, 01/2016-12/2018.

4）   National Key Research and Development Program( SQ2020YFE020665):Construction and Research of China-Portugal Belt and Road Joint Laboratory on Cultural Heritage Conservation Science, 3,740,000 RMB, Co-investigator, 11/2020-10/2023.

5）   Basic Research Program of Science and Technology Projects of Jiangsu Province (Natural Science Foundation)(Ref: BK20191146): Study on mechanical properties of alkali-activated coral concrete reinforced with FRP bars for Marine environment, 100,000 RMB, Co-investigator, 07/2019-06/2022.

6)  National Natural Science Foundation of China( Ref:51508089):Novel Stiffness Analysis and

    Form-finding of Prestressed Cable-strut Structures Using Group Theory, 210,000 RMB,

    Co-investigator, 01/2016-12/2018.

7)  National Natural Science Foundation of China( Ref: 51508364):The Study on Post-earthquake Damage Control and Evaluation for RC Column Retrofitted with Both Near-surface Mounted FRP Bar and Wrapped FRP Sheet, 200,000 RMB, Co-investigator, 01/2016-12/2018.

8)  National Natural Science Foundation of Jiangsu Province, China( Ref:BK20150333):The Study on Increasing Post-earthquake Resilience of RC Column by Retrofitting It with Both Near-surface Mounted FRP Bar and Wrapped FRP Sheet, 200,000 RMB, Co-investigator, 01/2016-12/2018.

   9)  National Natural Science Foundation of China( Ref: 51208094):The Smart Prestressed 

    Imply-supported Steel Truss Girder and Its Deflection Control Research Under a Moving Mass, 250,000 RMB, Co-investigator, 01/2013-12/2015.

P

Projects

2010  4.8mX 6m bidirectional Beam String Structure Model, Nanjing, China (completed)

2009  Atrium Roof for Deji Plaza Phase II, Nanjing, China (completed)

2008  Comprehensive Service Building of Yangzhou TV Bureau, Yangzhou, China (completed)

2008  Steel Structure Roof Jianye district of nanjing culture and art center, Nanjing, China (preliminary design)

2008  Analysis of CIPEA (China International Exhibition On the Practice of Architectural art) No. 9 Steel Structure, Nanjing, China (completed)

2007  Xiyou Road Church Pedestrian Bridge, Hefei, China (completed)

2006  The Preliminary Design of Nanjing International Expro Center , Nanjing, China(completed)