This invention discloses a method and storage medium for intelligent analysis and construction of temporary roads based on BIM technology, aiming to solve the problems of existing technologies relying on manual labor, low planning efficiency, and lack of dynamic analysis capabilities. The method first acquires topographic
point cloud, historical
traffic flow, and obstacle information of the construction area through multi-
source data collection, and constructs a 3D BIM scene integrating
terrain, road network, and obstacles. Then, based on preset start and end points and road
layout areas, the
system automatically generates a 3D model and preliminary plan for the temporary road using built-in algorithms and a parameterized family
library. Next,
dynamic simulation analysis is performed using historical
traffic flow data to optimize road parameters and complete collision
verification, outputting a file
package containing the model, analysis report, and construction parameters. Finally, visual construction guidance is provided via a mobile terminal. This invention achieves
intelligent management of the entire process from data to construction, significantly improving the accuracy, efficiency, and economy of temporary road planning.