Search

Size Investigation and Engineering Application of Pull Screw Aluminum Alloy Template

Author(s)

Qianqian Wang*

Affiliation(s)

Information Engineering Institute, Xi'an Fan Yi University, Xi'an, Shaanxi, China *Corresponding Author.

Abstract

As one of the aluminum alloy formwork systems, the pull screw aluminum alloy template is widely used in construction projects. However, in the template design, due to the inability to fully understand the structural measures of the template, the pull screw aluminum alloy template produced by various enterprises has different sizes, which makes it difficult for different enterprises to use the system template interchangeably, and the non-standard rate of the template is extremely high. In this paper, through the investigation of enterprises, the structure and size information of the system template are understood, and the application of the template in the design and construction of the template is summarized in combination with the engineering examples. The conclusions are as follows: The transverse and longitudinal stiffeners of rectangular and trapezoidal sections are arranged in the structure of the pull screw aluminum alloy template. The size of the template is: length 2600mm, 2700mm, width 500mm, 400mm, thickness 4mm. In the project, the pull screw aluminum alloy standard template is preferentially matched, and the wall surface is flat and smooth after use, which meets the requirements of facing and fair-faced concrete without plastering.

Keywords

Pull Screw Aluminum Alloy Template; Size Investigation; Engineering Applications; Cross Section of Stiffeners; Die Design

References

[1] Jiang Yu. Research on New Formwork Technology in High-Rise Buildings. Shenyang Jianzhu University, 2018. [2] Guo Cailin. Construction Quality Control of Building Aluminum Alloy Formwork. Hubei University of Technology, 2017. [3] Han Guangzhao, An Zimin, et al. Application Research and Practice of Aluminum Alloy Formwork System in High-Rise Residential Engineering. 2023 National Civil Engineering Construction Technology Exchange Conference Papers (Volume I), 2023:621-625. [4] Wei Shuangli. Optimization Design and Mechanical Properties Analysis of Aluminum Alloy Formwork. Shandong Jianzhu University, 2019. [5] Bao Hao. Research on Efficiency Evaluation Method of Prefabricated Construction Industry. Harbin Institute of Technology, 2021. [6] Zhu Wenqi, Su Jing, Tan Chunlei. Application of Building Aluminum Alloy Formwork in Green Construction. Construction Safety, 2018, 33(11):42-44. [7] Luo Jun. Research and System Implementation of Assembly Sequence Planning Method for Building Aluminum Alloy Formwork. Wuhan University of Technology, 2019. [8] Zhang Aiqing. Application of Aluminum Alloy Formwork in a Super High-Rise Building. Journal of Changchun Institute of Technology (Natural Science Edition), 2016, 17(3): 35-38, 54. [9] Hu Changbin, Guo Wenbo, Zhang Tao, et al. Application and Effect Analysis of Aluminum Alloy Template in Jiang Han University Discipline Building Project. Building Structure, 2023, 53(S2):281-284. [10] Wang Teng, Wu Jun, Feng Man, et al. Application of Aluminum Alloy Formwork in High-Rise Residential Project. Urban Architecture Space, 2022, 29(S2): 609-611.