The company’s project has won the 2020 China Transportation Association Science and Technology Award.

Release time:

2021-06-04 16:08

Source:

Organized by the China Transportation Association 2020 The Annual China Transportation Association Science and Technology Award Ceremony and the Comprehensive Transportation Technology Innovation Conference were held on... 2021 Year 5 Moon 28 Date to 29 The event was held in Qingdao. Our company, as the primary implementing unit, participated in... Key Technologies for the Construction of Asymmetric Hybrid Steel-Concrete Composite Cable-Stayed Bridges in Mountainous Areas Awarded the Second Prize in Science and Technology.

The China Transportation Association Science and Technology Awards Ceremony, themed “Gathering Industry Elites, Promoting Intelligent Innovation in Transportation, Showcasing the Grandeur of a Major Country, and Planning for a Brilliant Start,” focuses on technological innovation, smart collaboration, and quality enhancement and efficiency improvement in the field of integrated transportation. The ceremony honors outstanding annual science and technology projects as well as pioneering individuals. The Association’s Science and Technology Awards are social science and technology awards approved by the Office of National Science and Technology Awards. These awards fully highlight new technologies, new equipment, and new processes in today’s integrated transportation industry, characterized by their high standards and superior quality.

As the primary implementing unit, the company is involved in the “Key Technologies for the Construction of Asymmetric Hybrid Steel-Concrete Composite Cable-Stayed Bridges in Mountainous Areas” project, which takes the Hongshui River Supermajor Bridge as its foundation and focuses on... Asymmetric Hybrid Steel-Concrete Composite Cable-Stayed Bridge Extensive research has been conducted on aspects such as the structural system characteristics, stress mechanisms of key components, and analysis of bridge construction states. The project has achieved several significant results, providing guidance and valuable references for the design and construction of this type of bridge in the future.