Construction technology of installing double curved surface special-shaped column triangle plate assisted by BIM

Abstract

The invention discloses a construction technology of installing a double curved surface special-shaped column triangle plate assisted by BIM. The construction technology of installing the double curved surface special-shaped column triangle plate assisted by the BIM comprises the specific steps that step one, parameters of a constructed object are measured, and modeling is carried out by using a parametric modeling tool to obtain a model; step two, the structure size and axis of a construction site are determined; step three, a support system is welded; step four, a connecting piece is installed; step five, triangular aluminum plate assembly and unit body hanging installation are carried out; and step six, leveling, examining and receiving are carried out. The BIM technology is applied throughout the whole construction process, the simulated construction process and construction effect enable a plurality of problems encountered on site to be intensively reflected into a BIM model for intensive solution, labor consumption, material loss and other aspects are well controlled, meanwhile, civilized construction management on site is further facilitated, all plates on site are finishedplates, waste phenomenon is greatly reduced, and the construction technology of installing the double curved surface special-shaped column triangle plate assisted by the BIM is applied to installationprojects of large-space internal wall surface, top surface sphere and ellipse and other hook face metal plate facing.

Description

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AI Technical Summary

Benefits of technology

The technical effects provided through this new system include integration into existing building processes during construction without requiring significant effort or materials resources, simulation of construction results at different stages while maintaining high accuracy, creation of digital models based upon data from these simulations, complete designs before finalizing them, reduced wastage compared to previous methods, and improved overall efficiency when constructing buildings over long distances.

Problems solved by technology

This patented describes how different types of materials like steel or aluminum were found that could be applied on buildings during their building phase. These new designs had better properties than existing ones due to being designed with certain curvatures at regular intervals along one side rather than just horizontally across it. Additionally, these structures did not meet all standards because they didn’t match up well when placed next to other structural elements such as pillars or pipes.

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