BIM technology has become an important tool in road and bridge design. Through the application of BIM technology, the entire bridge process can be modeled to form a virtual bridge form. Through the simulation of bridge construction materials, construction techniques, and construction processes, a comprehensive analysis can be conducted to achieve visualization of the design and improve the efficiency of bridge design. This article mainly analyzes the advantages of BIM technology in bridge design, explores the application forms in bridge design, and proposes strategies to optimize bridge design, providing a certain reference for the improvement and optimization of bridge design work.
Tang S, 2024, Bridge Parametric Modeling Design and Application Based on BIM Technology. Low Carbon World, 2024, 14(10): 148–150.
Zhang Z, 2024, Analysis of the Integrated Application of BIM Technology in Bridge Design. Digital Design, 2024(1): 115–117.
Wu J, Yang F, 2024, Research on the Application of BIM Technology in the Design Stage of Bridge Engineering. Engineering Construction and Design, 2024(13): 173–175.
Zhao Z, 2024, Application of BIM Technology in the Fine Design and Construction of Steel Bridges. Architecture and Decoration, 2024(14): 178–180.
Huang P, Yu J, 2024, Research on the Application of BIM Technology in Prestressed Bridge Design. Transport Manager World, 2024(22): 110–112.
Zhou H, 2024, Application of BIM Technology in Road and Bridge Engineering Design. Smart Building and Smart City, 2024(5): 78–80.
Li Z, Hu H, Xu X, et al., 2024, Exploration of Collaborative Graduation Design of Bridge Engineering Based on BIM Technology. Modern Vocational Education, 2024(27): 109–112.
Tian R, 2023, Application of BIM Technology in Forward Bridge Design. Smart Building and Smart City, 2023(11): 78–81.
Zhang X, 2023, Application of BIM Technology in Forward Bridge Design. Model World, 2023(32): 182–184.
Miao X, 2022, Application of BIM Technology in the Design and Construction of Prefabricated Bridges. Sichuan Building Materials, 2022, 48(10): 179–181.