Innovative Bridge Structures Based on Ultra-High Performance Concrete (UHPC)

In 1992, Professor Shai received his Ph.D. in structural engineering from Hunan University. He has been researching of ultra-high performance concrete (UHPC) bridges over 10 years, and is committed to solving problems of conventional bridges with novel UHPC structures. Prof. Xudong Shao's team developed the core technology of strengthening orthotropic steel deck (OSD) with UHPC, which successfully solved the worldwide problems of fatigue cracking of steel bridge deck and damage to the pavement layer. This achievement has been applied to more than 100 bridges in 26 provinces in China, including Sutong Yangtze River Highway Bridge (in Shanghai), Haiwen Bridge (in Hainan), Hangrui Dongting Bridge (in Hunan) and other long-span bridges. In addition, multiple types of UHPC bridge decks, prefabricated UHPC bridges and long-span UHPC box girder bridges have been developed and successfully applied, which effectively solved many common problems of concrete bridge, such as heavy self-weight, many diseases and large carbon emission. The research on the above UHPC structures has strongly promoted the large-scale application of UHPC bridges in China, promoted the development of bridge engineering towards high performance, and achieved the goal of low-carbon sustainable development.Prof. Shao serves as a member of the International Association of Bridge and Structural Engineering (IABSE), the executive director of the Bridge and Structural Engineering Branch of the China Highway & Transportation Society, the vice chairman of the Bridge and Tunnel Branch of the Hunan Highway & Transportation Society, and the National Natural Science Foundation of China project evaluation expert. He presided over 100 projects such as the National Natural Science Foundation of China. He also published more than 200 academic papers, of which more than 30 were included in SCI and more than 100 in EI. Among the patents he has applied for, more than 60 patents have been authorized. He is responsible for compiling 3 national industry standards, and editing 7 related groups and local standards. He presided over the editing of "Bridge Engineering", "Questions & Answers for Bridge Design ", "Bridge Design & Computation" " New Structures of Jointless Bridge with Semi-integral Abutment ", "The Steel-UHPC Lightweight Composite Bridge Structures", "Steel-STC Lightweight Composite Bridge Deck-Design Principles and Engineering Examples".Prof. Shao has been engaged in scientific research in the field of UHPC bridges for a long time, and has accumulated rich theoretical and engineering practice experience in UHPC bridge structures. As the main author of this book, Prof. Shao can clearly explain the research and development background, technical characteristics and force mechanism of various innovative UHPC structures and technologies developed by his team, and combine engineering application examples to make it easier for readers to understand.WUR22 world ranking: Hunan University - 401-500

• 1. Ultra High Performance Concrete (UHPC) 2. UHPC Bridge Design Method 3. Strengthening Technique for Significantly Cracked Steel Deck in Service 4. UHPC Deck Structure 6. Medium Span Prefabricated Beam Bridge 7. Exploration on Innovative System of Super Long Span Arch Bridge 8. UHPC-based Strengthening Technique for Concrete Deck 9. The UHPC Joint in Negative Moment Area of Steel-Concrete Composite Beam 10. UHPC Gravity Grouting Joint 11. UHPC Anchorage Technology of Expansion Device