The Shanghai Building Information Modeling Technology Application Guidelines (2015 Edition), tailored to China’s context, define BIM as an information management tool based on spatial digital modeling that spans the entire building lifecycle.
By leveraging appropriate BIM software, various building components are modeled and parameterized. This parameterization extends beyond traditional spatial and geometric data to include non-geometric information such as material types and properties. The main goal of BIM is to minimize information waste and enhance efficiency throughout the construction process. Different stakeholders are involved in building, using, updating, and maintaining BIM data during the building’s full lifecycle, which ultimately improves post-construction operational quality.
Successful BIM implementation depends heavily on the software applied, and different BIM tools serve distinct purposes. In structural design, two primary BIM software applications dominate:
Popular BIM Software for Structural Design
1. Revit: Developed by Autodesk, Revit is a leading BIM construction software that assists architects in designing and managing buildings with improved quality and energy efficiency. It is the most widely adopted BIM platform within China’s construction industry.
2. ETABS: Created by CSI, ETABS is a structural analysis and design software with nearly three decades of development. Recognized globally, including in the United States, as a top-tier structural calculation program, ETABS has become the industry standard for building structural analysis and design. It offers an integrated environment with a graphical user interface to build solid model structures. Utilizing advanced finite element modeling and customizable standard interfaces, ETABS enables precise calculations, analysis, and structural design adhering to various international codes and regional standards.
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