T/XZBX 0114-2025 Based on BIM + Solid Works for Full Aluminum Formwork Construction Guide under Complex Anisotropic Structure

Scope

With the continuous development of China's construction industry, engineering construction is gradually evolving towards super-tall buildings, large-span structures, and complex irregular structures. Traditional construction methods face problems such as low efficiency, high costs, and heavy environmental burdens in addressing the challenges of template system setup and turnover for complex structures. Especially in projects with few standard floors, frequent structural changes, and complex underground spaces, conventional wooden formwork or traditional aluminum alloy formwork construction often fails to meet the comprehensive requirements of quality, schedule, and economy. These issues directly restrict the refinement level of engineering construction and the achievement of green low-carbon development goals. In the context of China's vigorous promotion of industrialization, digitalization, and green construction in the architecture sector, aluminum alloy formwork, with its advantages of high bearing capacity, light weight, strong versatility, high turnover rate, high recyclability, and low construction waste, has gradually replaced traditional wooden formwork as the mainstream formwork material. However, the application scenarios of traditional aluminum alloy formwork systems are mainly concentrated in standard floors of high-rise residential buildings. For super-tall buildings, basement projects, and complex irregular structures, problems such as insufficient construction turnover efficiency, high usage of non-standard boards, and difficulties in template search and installation still persist. To address the above challenges, this document proposes a full-aluminum formwork construction method for complex irregular structures based on BIM+Solid Works technology. This method eliminates complex components such as notched plates and lattice beams that are unfavorable for template turnover through BIM technology for three-dimensional modeling and deepening design, u

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