Has published more than 180 academic papers, obtained one national invention patent and one utility model patent each, and participated in the compilation of national industry standards "Code for Design of Hydraulic Concrete Structures" (SL/T191-96), "Fiber Technical Specifications for Concrete Structures" (CECS38:2004) and "Standards for Test Methods of Fiber Concrete" (CECS13:2009). The scientific research achievement "Research and Application of Computational Theory and Key Technologies of Specific Structural Steel Fiber Concrete" won the second prize of the National Science and Technology Progress Award in 2010, and other achievements won 2 first prizes, 2 second prizes, and third prizes of provincial and ministerial level science and technology progress awards. 9 awards, and 1 first prize of China Science and Technology Development Foundation’s Ovim Prestressed Technology Engineering Design Award.
Published 5 monographs: "Design Principles and Applications of Concrete Composite Structures" (China Water Conservancy and Hydropower Press, 2001); "Annular Prestressed Concrete Technology and Engineering Applications" (Science Press, 2008); "Centrifugally Formed Steel Fiber Concrete and Engineering Applications" (Science Press, 2009); "Inverted Siphon Structure Prestressed Concrete Technology" (China Water Conservancy and Hydropower Press, 2011); "Reinforced Concrete Structure Model Test and Optimization Design" (China Water Conservancy Hydropower Press, 2011).
Zhao Shunbo (2), for the project "Calculation Method of Crack Width of Hydraulic Reinforced Concrete and Partially Prestressed Concrete Members", won the second prize of the Science and Technology Progress Award of the Ministry of Water Resources in 1996. Zhao Shunbo (1), the project "Research on the Mechanical Performance and Calculation Method of Oblique Sections of Reinforced Concrete Composite Beams" won the third prize of the Science and Technology Progress Award of the Ministry of Water Resources in 1999. Zhao Shunbo (2), the project "Application of Efficient Prestressed High-Strength Concrete in Bridge Engineering", won the third prize of Henan Province Science and Technology Progress Award in 2000. Zhao Shunbo (2), the project "Research and Engineering Application of High-Performance Prestressed Concrete Hollow Plate Girder Bridge" won the third prize of Henan Province Science and Technology Progress Award in 2005. Zhao Shunbo (3), the project "Research on Steel Fiber High-Strength Concrete Materials and Structural Properties" won the second prize of the 2006 Henan Province Science and Technology Progress Award. Zhao Shunbo (1), the project "Research on the Key Theory of New Technology of Annular High-efficiency Prestressed Concrete" won the third prize of Henan Province Science and Technology Progress Award in 2006. Zhao Shunbo (5), the project "Research on Design of Cast-in-Situ Post-tensioned Unbonded Prestressed Concrete Pressure Culvert for Dongshen Water Supply Renovation Project" won the third prize of the 2006 Dayu Water Conservancy Science and Technology Award. Zhao Shunbo (3), the project "Design of Large-scale Cast-in-Situ Post-tensioned Unbonded Prestressed Concrete Pressure Culvert for Dongshen Water Supply Renovation Project" won the first prize of the 2007 China Science and Technology Development Foundation Ouweim Prestressed Technology Excellent Engineering Design Award. Zhao Shunbo (1), the project "Research on Machine-made Sand Fly Ash Concrete and Its Application in Structural Engineering" won the third prize of the 2008 Henan Province Science and Technology Progress Award. Zhao Shunbo (1), the project "Research on the Reform of Teaching Content and Curriculum System of Civil Engineering Major" won the first prize of Henan Province Higher Education Teaching Achievements in 2009.
Zhao Shunbo (3), won the second prize of the 2010 National Science and Technology Progress Award for his project "Research and Application of Computational Theory and Key Technologies of Steel Fiber Concrete Specific Structures".