Analysis of BIM technology applications in structural design

BIM (Building Information Modeling) technology has been widely applied in structural design, serving as an essential tool for building informatization. By constructing 3D digital models, BIM achieves the integration of design, analysis, optimization, and management, significantly improving the efficiency and quality of structural design. The parametric modeling functionality of BIM simplifies adjustments and optimizations of structural schemes. Its visualization features enhance interdisciplinary collaboration and communication. Furthermore, the integration of emerging technologies such as cloud computing and big data with BIM opens new avenues for automation and intelligent structural design. In addition, BIMs application in the renovation of existing buildings supports the extension of building lifespans and contributes to sustainable development. Given its significant advantages, this paper analyzes the characteristics of BIM technology and delves into its specific applications in structural design. The goal is to provide a reference for advancing BIM technology in structural design practices.