As one of the young scientific research backbones and subject leaders of Chongqing Jiaotong University, Zhou Jianting has led his bridge safety evaluation and disease management research team to develop 8 practical bridge safety evaluation and disease management methods since 2001. Reinforcement technology achievements have enriched and enriched the theoretical basis of domestic bridge safety evaluation and reinforcement technology; objectively and scientifically evaluated the bearing capacity of 48 bridges; successfully presided over the reinforcement of 55 bridges in the western region, saving funds for local governments in the western region, especially the Three Gorges Reservoir area 40 million yuan; he has overcome a large number of major scientific research problems in bridge engineering technology and created huge economic and social benefits. His professionalism and innovation ability have also been fully recognized by the majority of scientific research workers in the field of bridge engineering technology in my country.
Achieved 13 innovative scientific research results, published 138 academic papers (32 in the three major searches), 2 books, and won 7 provincial and ministerial science and technology awards (including 1 first prize for hosting, 1 second prize for hosting 3 prizes). Applied for 25 patents (9 have been authorized, including 5 invention patents and 4 utility model patents, and the remaining 16 invention patents have been published). In the field of structural reinforcement research, on the basis of enriching and improving reinforcement mechanisms and theories, we have successively developed cable replacement technology for cable-stayed bridges based on genetic algorithms, external prestressed reinforced continuous rigid frame bridge technology based on displacement influence lines, and multi-point More than 10 innovative technologies for reinforcing old bridges, including support system-reinforced arch bridge technology, cross-section conversion reinforced T-shaped (π-shaped) beam bridge technology, and reinforced concrete hoop-enclosed main arch ring reinforced arch bridge technology, have all been successfully applied in practice.