ACADEMICS

CONTACT

School of
Transportation,
2 Southeast University Road,
Jiangning District, Nanjing, Jiangsu Province
211189
P.R.China
Office: 025-52091255
dndxjtxy@126.com

Huang Wei


Huang Wei, Cheung Kong Chair Distinguished Professor, an academician of the Chinese Academy of Engineering, is Ph.D. supervisor and a member of the National Intelligent Transportation System Expert committee. He is also the academic leader of Traffic Information Engineering and Control discipline at Southeast University, China. Professor Huang graduated from the Department of Civil Engineering of Nanjing Institute of Technology in 1982, 1985 for bachelor and master respectively, and obtained his doctor's degree in Southeast University in 1994. He was a senior visiting scholar at the University of California at Berkeley from 1993 to 1994. He was named Ten Outstanding Youths in Jiangsu Province and pace-setters in the new long march in Jiangsu Province in 1996. He was also selected as a cross-century talent of the Ministry of Education at the same time. He was selected as a national candidate for the “Millions of Talent Projects” of seven ministries and commissions including the Ministry of Personnel in 1997. Then he was awarded the title of “Young and middle-aged experts with outstanding contributions to the nation” and approved to receive the special government allowances from the State Council.He served as Dean of School of Transportation, Executive Vice President of Southeast University, Director of Jiangsu Provincial Construction Department, Vice Governor of Jiangsu Province, Vice Minister of Ministry of Housing and Urban-Rural Development, Deputy Director of Science and Technology Committee of Ministry of Construction, Deputy Mayor of Beijing Municipality, and Member of Standing Committee of CPC Leading Group as well as Executive Vice Chairman of Xinjiang Uygur Autonomous Region, successively. He is currently the Vice Minister and Member of CPC Leading Group of Ministry of Science and Technology, and Director of the ITS Engineering Research Center of the Ministry of Education at Southeast University as well.

Professor Huang has made outstanding contributions to bridge deck design theory and engineering construction, road structure testing and traffic management as well. Specially, he established the design method and complete key technologies for long-span bridges deck pavement in China, which solved the major technical problems in the construction of long-span bridges. His monograph “Theory and Method of Deck Paving Design for Long-span Bridges” was awarded the first “100 original books of science and technology” by the State Press and Publication Administration. He has obtained a series of invention patents for new multi-component epoxy asphalt materials, which have been applied in more than 20 long-span bridge projects such as Su Tong Yangtze River Bridge, Shanghai Yangtze River Bridge, Wuhan Tianxingzhou Yangtze River Bridge, and so on. These greatly promoted the development of long-span bridges construction in China.

Professor Huang is one of the pioneers in the discipline of intelligent transportation systems in China, who established the first intelligent transportation systems institute. He also published the first monograph in this field in China, Introduction to Intelligent Transportation System, which was selected as a textbook by many universities, promoting the development of national intelligent transportation system. While he worked as principal investigators of the National Science and Technology Key Support Program “Innovative Urban Rail Transit Technology” and the traffic management and planning project in the National Ninth Five-Year Plan “ITS System Framework of China”, he also chiefly edited the national technical standard Urban Rail Transit Terminology, and proposed the definition of users and services of intelligent transportation system in China and the logical and physical framework of it. These achievements provide an important basis for the development of national intelligent transportation system technology.

Professor Huang has achieved important innovations in the pavement design theory and application technology. He edited the national technical standard Technical Code for Engineerings of Prestressed Concrete Pavement and led the research work about the design and construction for many expressways. The research results are widely used in the engineering projects. The monographs Theory and Methodology of High-Class Concrete Pavement Design, Theory and Methodology of High-Class Asphalt Pavement Design and Application Technology for Expressway Databases have been highly other cited by others. These research results have improved the pavement design method, including pavement design indicators and parameters, pavement material fatigue analysis method based on principle of energy dissipation principle, pavement simplified calculation and optimization design method etc.

Professor Huang received 27 national and ministerial-level science and technology awards, including 2 State Scientific and Technological Progress Award and 9 Ministerial-level Science and Technology Progress Awards (grand prizes and first class prizes). He published more than 10 books and over 130 academic papers, including more than 80 articles were indexed by SCI, EI, and ISTP. These publications have got more than 700 positive citations by others.

  

Main Research Achievements

1) High efficiency chemical reactor combined with stirred tank and static mixer

2) Epoxy asphalt material for road and bridge and its environment-friendly preparation method

3) Epoxy asphalt material for Expressway, road, and bridge and its preparation method

4) Multi-component bonding material spaying device


5) Multi-component bonding material supplying equipment during construction

6) Thermosetting epoxy asphalt material for road and bridge and its preparation method

7) Multi-protocol control machine (IPC) for expressway networked monitoring

8) Expressway charging system based on Multi-path recognition

9) Deck pavement structure and its design method for long-span steel box girder bridges

10) Real time features extraction method of urban road traffic flow data based on mobile phone location data

11) A signal priority control system for special vehicles

12) Signal priority control system for special vehicles based on GPS

13) A system and method for intelligent management of roadside parking


Main Awards (2000-2014)

Project Name

Award Name

Winner(rank)

Research on Key Technologies of Long-span Cable-stayed Bridge with Steel Box Girders

Second   Class Prize of The State Scientific and Technological Progress Award in 2005.

Huang Wei(3)

Research on Key Technologies for construction of Runyang Yangtze River Bridge

Second   Class Prize of The State Scientific and Technological Progress Award in 2008.

Huang Wei(4)

Paving Technology and Application of Epoxy Asphalt Concrete on Steel   Deck of Nanjing Second Yangtze River Bridge

First Class Prize of Science and Technology Progress Award of   Chinese Universities in 2001

Huang Wei(1)

Research   on Key Technologies for Construction of Nanjing Second Yangtze River Bridge

First   Class Prize of Science and Technology Award of China Highway and   Transportation Society in 2002

Huang Wei(2)

Research   on Theory and Method of High-grade Pavement Design

First   Class Prize of Natural Science Award of The Ministry   of Education nominated for National Science and Technology Award in 2004

Huang Wei(1)

Research   on Theory and Key Technologies of Intelligent Transportation System

First   Class Prize of Natural Science Award of The Ministry   of Education nominated for National Science and Technology Award in 2006

Huang Wei(1)

Research   on Key Technologies for Construction of Runyang Yangtze River Bridge

Grand Prize of Science and Technology Progress Award of China   Highway and Transportation Society in 2006

Huang Wei(4)

Advanced Epoxy Asphalt Composite Material and Its Green   Preparation and Application Technology

First   Class Prize of Science and Technology Invention of Ministry of Education in   2009

Huang Wei(1)

Preparation and Application Technology of Epoxy Asphalt Composite Material   for Long-Span Steel Deck Pavement

Second   Class Prize of Science and Technology Progress Award of Jiangsu Province in 2009

Huang Wei(1)

Key   Technologies of Long-span Steel Deck Pavement and Its Engineering Applications

Second Class Prize of The State Scientific and Technological Progress Award in 2011.

Huang Wei(1)

Construction Technologies of Cable-stayed Highway-railway Bridge   with Three Trusses and Three Cable Planes

First Class Prize of The State Scientific and Technological Progress Award in 2013.

Huang Wei(4)

  

Selected Projects (as Principal Investigator) (2000-2014)

Project Name

Project Source

Principal Investigator

Research on Crack Propagation Model of Steel Bridge Deck Pavement   Based on Distributed Optical Fiber Sensor

The   National Natural Science Foundation of China

Huang Wei

Microstructure   and Mechanical Properties of Epoxy Resin Modified Asphalt

The   National Natural Science Foundation of China

Huang Wei

Preparation   Technology of Advanced Epoxy Asphalt Material for Cross-Sea Bridge

National   High-tech R&D Program (863 Program)

Huang Wei

New   Urban Rail Transit Technology

Key Projects in the National Science & Technology Support   Program during the Eleventh Five-year Plan Period

Huang Wei

Project Name

Key Project Name

Principal Investigator

Research on Epoxy Asphalt Concrete Paving Technology  for Steel Deck of Nanjing Second Yangtze   River Bridge

Nanjing Second Yangtze River Bridge (National Key   Engineering Project)

Huang Wei

Research on Epoxy Asphalt Concrete Paving Technology  for Steel Deck of Nanjing Third Yangtze   River Bridge

Nanjing Third Yangtze River Bridge (National Key   Engineering Project)

Huang Wei

Research on Paving Technology for Steel Deck of Runyang Yangtze   River Bridge

Runyang Yangtze River Bridge (National Key   Engineering Project)

Huang Wei

Research on Paving Technology for Steel Deck of Sutong Yangtze   River Bridge

Sutong Yangtze River Bridge (National Key   Engineering Project)

Huang Wei

Research on Pavement Design for Steel Deck of Hangzhou   Bay Bridge

Hangzhou   Bay Bridge Bridge (National Key Engineering Project)

Huang Wei

Research on Pavement Design for Steel Deck of Yangluo   Yangtze River Bridge

Wuhan   Yangluo Yangtze River Bridge(National Key   Engineering Project)

Huang Wei

Design   and Construction of Multi-component Epoxy Asphalt Pavement for Steel Bridge   Deck of Wuhan Tianxingzhou Yangtze River Bridge

Wuhan Tianxingzhou Yangtze River Bridge  (National Key Engineering Project)

Huang Wei

Research on Paving Technology    for Steel Deck of Shanghai Minpu Bridge

Shanghai   Minpu Bridge (National Key Engineering Project)

Huang Wei

Research on Paving Technology    for Steel Deck of Shanghai Yangtze River Tunnel Bridge

Shanghai   Yangtze River Tunnel Bridge (National Key Engineering Project)

Huang Wei

Research on Paving Technology    for Steel Deck of Jiangyin Bridge

Jiangyin   Bridge (National Key Engineering Project)

Huang Wei

Research on Paving Technology    for Steel Deck of Jingyue Yangtze River Highway Bridge

Jingyue   Yangtze River Bridge (National Key Engineering Project)

Huang Wei


Selected Monographs (as first author) (2000-2014)

Book name

Author

Press

Year of Publication

Theory   and Methodology of High-Class Concrete Pavement Design

Huang Wei,

Qian Zhendong

China Science Press

2000

Theory   and Methodology of High-Class Asphalt Pavement Design

Huang Wei,

Qian Zhendong

China Science Press

2001

Application Technology for Expressway Databases

Huang Wei

China Science Press

2002

Highway Management

Huang Wei,

Liu Xingwang

  

China Communications Press

2004

Theory   and Method of Deck Paving Design for Long-span Bridges

Huang Wei

China Architecture and Building Press

2006

Introduction   to Intelligent Transportation System

Huang Wei,

Lu XiaoBo

China Communications Press

2008

Theory   and Practice Demonstration of Intelligent Transportation System

Huang Wei,

Zhang Ning

Jiangsu Science and Technology Press

2011