Shao Xudong

Basic Information

Shao Xudong

Gender: Male

Nationality: Han

Place of Origin: Fuyang City, Zhejiang Province, China

Title: Second-level Professor

Position: Director of the Bridge Research Institute

Date of Birth: January 1961

Workplace: School of Civil Engineering, Hunan University

Contact address: Yuelushan, Changsha City, Hunan Province, 410082

Email: shaoxd@hnu.edu.cn   shaoxd@vip.163.com 

 Educational background

1978.10-1982.08 Hunan University Department of Civil Engineering, Road and Bridge Major, Bachelor of Engineering

1984.09-1986.08 Hunan University Department of Bridge Engineering, Master of Engineering

1988.09-1992.04 Hunan University, majoring in bridge engineering, obtained a doctorate in engineering

 Work experience

1986.9-1993.6 Assistant teacher and lecturer at Hunan University

1993.7-1998.6 Associate professor at Hunan University

1998.7-2000.5 Professor at Hunan University

2000.6-Present Professor and doctoral supervisor at Hunan University

2004.10 Visiting professor at Yamaguchi University, Japan

 Part-time academic position

Member of the Academic Committee of Hunan University

Executive Director of the Bridge and Structural Engineering Branch of the China Highway Society

Member of the National College Textbook (Road and Bridge) Editorial Committee

Member of the International Association for Bridge and Structural Engineering (IABSE)

Vice Chairman of the Bridge and Tunnel Discipline Branch of the Hunan Highway Society

First-level candidate of the Ministry of Transport's Ten Hundred Thousand Talents Project

National Natural Science Foundation Project Review Expert

Editorial Board Member of China Highway Journal and China Civil Engineering Journal

Research fields

(1) Research on UHPC high-performance bridge structures

(2) Research on large-span and new bridge structures

Scientific research projects

1 Theoretical research on the design of new structures of medium-span steel-UHPC composite beams   National Natural Science Foundation of China general project

2 Innovation and exploration of low-carbon and high-performance new structures of extra-large-span arch bridges     National Natural Science Foundation of China original project

3 Theory and method of design of new bridge deck structure system for large-span bridges National Natural Science Foundation of China key project

4 Design theory of large-span steel-UHPC lightweight composite bridge structure   National Natural Science Foundation General Project

5 Research on a new system of ultra-large span one-way prestressed UHPC continuous box girder bridge       National Natural Science Foundation General Project

6 Research on a new composite bridge deck structure of orthotropic steel plate-thin layer reactive powder concrete National Natural Science Foundation General Project

7 Research on the basic performance of secondary prestressed composite beams and their application in high-speed railway bridges National Natural Science Foundation General Project

8 Research on the design method and application of UHPC prefabricated structural system   National Key R&D Program Sub-Project

9 Ultra-high performance lightweight composite bridge deck structure of steel bridge     Major scientific and technological projects of the Ministry of Transport

10 Application Specifications of Ultra-High Performance Concrete for Highway Bridges and Culverts (Formulated) Ministry of Transport

11 Design and Construction Specifications of Steel-Ultra-High Toughness Concrete Light Composite Bridge Deck Structure (Formulated) Ministry of Transport

12 New Century Ten Hundred Thousand Talents Training Project of the Ministry of Transport Ministry of Transport

13 Application Research of Seamless Technology on Small and Medium Span Bridges in Western Regions Ministry of Transport

14 Design Theory and Engineering Application of UHPC to Strengthen Concrete Bridge Deck under Harsh Operating Conditions Ministry of Science and Technology

15 Research and Application Demonstration of Key Technologies of New Prefabricated Buildings Major Science and Technology Projects of Hunan Province

16 Research on Key Technologies of Design of New Prefabricated Components Using High-Performance Materials Hunan Provincial Department of Science and Technology

17 Changed design of bridge towers of Chishi super-large bridge on Rucheng-Chenzhou Expressway in Hunan Province Hunan Provincial Department of Transportation

18 Research on theoretical methods and decision support systems for full-life design of bridges      Hunan Provincial Department of Transportation

19 Research on technology for eliminating joints in small and medium-sized bridges      Hunan Provincial Department of Transportation

20 Analysis and model test of stress characteristics of high-performance steel tube concrete    Hunan Provincial Department of Transportation

21 Research on theories, methods and decision support systems for full-life optimization design of bridges Hunan Provincial Department of Transportation

22 Research on ultra-high performance composite beams of large-span continuous beam bridges Zhejiang Provincial Department of Transportation

23 Research project on ultra-high performance lightweight composite continuous beams Guangdong Provincial Department of Transportation

24 Research on complete set of technologies for long-jointed seamless bridges Guangxi Provincial Department of Transportation

25 Research and application demonstration of key technologies for new prefabricated buildings Changsha Municipal Science and Technology Bureau

26 Cultivation project for high-performance bridge structures, materials and construction combinations Changsha Intellectual Property Office

27 Research on the stress mechanism of seamless bridges and treatment measures for cracks behind platforms Doctoral Fund Project of the Ministry of Education

28 Research on suitable structural systems, key structures and prototype designs for large-span bridges under multiple disasters External Commission

29 Research on key technologies for design, construction and maintenance of steel tube concrete arch bridges External Commission

30 Experimental research and nonlinear finite element analysis of steel-concrete composite structures Hunan Provincial Natural Science Foundation

31 Research on highway bridge disease investigation and treatment technology Other bureaus and commissions of Hunan Province

32 Research on design and construction technology of bridges without expansion joints     Bureaus and departments of other provinces

33 Research on the mechanism and treatment of the damage of Tieshan Port Bridge       Bureaus and departments of other provinces

34 Research on the application of high-performance concrete ultra-thin beams in bridges Bureaus and departments of other provinces

35 Research on key technologies and safety of super-high bridge piers     Bureaus and departments of other provinces

36 Research on the stress mechanism and treatment of abutments in soft soil areas Bureaus and departments of other cities

37 Experimental research on key technologies of inclined tower single-cable harp-type cable-stayed bridge Bureaus and departments of this city