Author(s)

Huachun Sheng

Corresponding Author

Huachun Sheng

Abstract

With the rapid growth of the construction industry and continuous innovation in engineering technology, steel structure buildings have become an important form in modern building systems. In this context, Building Information Modeling (BIM) technology, with its powerful data integration and collaborative management capabilities, is gradually playing a key role throughout the entire lifecycle of buildings. BIM can efficiently integrate massive heterogeneous data from multiple sources generated during the construction process, achieving visual, graphical, and interactive management of the construction process, and demonstrating significant advantages in building structure construction simulation. This article studies the simulation of construction process and structural safety analysis methods for building structures based on BIM technology. By constructing high-precision three-dimensional (3D) BIM models and integrating time dimensions to form four-dimensional (4D) construction simulations, dynamic visualization of construction progress and procedures has been achieved, which helps to identify potential construction conflicts and safety hazards in advance. At the same time, applying BIM visualization technology to architectural structure design can achieve real-time sharing and collaborative optimization of design data and solutions, significantly improving the scientific and rational nature of design.

Keywords

Building Information Modeling technology, Building structure, Construction simulation, Structural safety