Image-Based Modeling and Numerical Simulation Analysis of Transmission Towers

Currently, the main challenge in the fine modeling of transmission towers lies in the representation of weak positions, such as node connections and spatial structures. To address this limitation, image recognition technology can be effectively utilized. This paper proposes a method based on 2D image scanning, which allows for the construction of 3D numerical models of transmission towers. Additionally, it enables the automatic establishment of mapping relationships and the conversion from landscape models to numerical 3D models. By integrating CAE simulation technology, the dynamic response of transmission towers under various environmental factors can be simulated. The simulation results demonstrate that the static calculation of the transmission tower model accurately reflects real-world conditions. Accordingly, the research findings presented in this paper can provide valuable technical guidance and insights for power grid construction and maintenance.