Author(s)

Huachun Sheng

Corresponding Author

Huachun Sheng

Abstract

As a new construction mode, prefabricated buildings are a key path to promote the development of building industrialization, with significant advantages such as improving production efficiency, ensuring engineering quality, reducing environmental pollution, and saving labor costs. With its rapid growth, higher requirements have been put forward for the efficiency and precision of the design and construction process. In this context, the introduction of Building Information Modeling (BIM) technology provides strong technical support for the industrialization process of prefabricated buildings. BIM technology significantly enhances the overall digitalization and intelligence level of projects by achieving information integration and collaborative management in various stages such as design, production, and construction. At the same time, the application of intelligent mechanical construction equipment in the installation process of prefabricated components has further improved construction efficiency and automation, promoting the transformation and upgrading of construction methods. This article focuses on the intelligent analysis methods and multi-disciplinary collaboration mechanisms in the design of prefabricated building structures, and studies how to deeply integrate BIM technology into the entire process of structural design, thereby improving design precision and construction feasibility.

Keywords

Prefabricated buildings, Structural design, Intelligent analysis, Construction collaboration, Digital technology