Construction method applied to template supporting frame body based on BIM template integral installation technology

Abstract

The invention discloses a construction method applied to a template supporting frame body based on a BIM template integral installation technology. The construction method comprises the following steps: S1, creating a BIM model; s2, outputting an automatic safety calculation book; s3, optimizing the BIM model; s4, performing one-key output on the construction drawing; s5, accurately calculating the quantity and generating a template matching list; s6, centralized processing and template numbering; s7, performing positioning and paying off; s8, erecting a full framing; s9, the formwork is hoisted; s10, carrying out vertical component steel bar installation and template supporting; s11, carrying out vertical component concrete pouring; s12, carrying out full framing inspection and acceptance; s13, installing a beam plate template; s14, binding beam steel bars; s15, carrying out checking and accepting; s16, carrying out horizontal component pouring; s17, carrying out concrete curing; and S18, removing the template. According to the method, BIM software is combined with related specifications to establish a template supporting frame body BIM model, mechanical calculation is conducted on a template supporting frame body, a template supporting frame body erecting plane graph, a large sample graph and the steel pipe and template material amount are output, a perfect template engineering planning scheme is compiled accordingly, and the management level and construction quality of template engineering are improved.

Description

technical field [0001] The invention belongs to the technical field of construction engineering, and in particular relates to a construction method based on a BIM formwork assembly technology applied to a formwork support frame. Background technique [0002] The formwork support frame system is an important component of the completion of construction projects. At present, most projects use electronic drawing to arrange the frame structure, and carry out preliminary calculations on the frame structure to ensure the overall stability and safety of the frame. The disadvantage is that there is no visual model for reference before construction. In the process of preparing the corresponding technical scheme, the construction personnel will also cause relevant data deviation due to lack of experience or calculation errors. If the design is improper, it is very easy to cause safety hazards or waste of materials, which will lead to increased construction costs. [0003] BIM technol...

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Problems solved by technology

[0005] However, in large-scale projects, when designing formwork support frames, it is still difficult to avoid cumbersome force calculations, formwork matching design, different types of formwork, steel pipe and fastener consumption statistics and optimization, etc., which is difficult to do How to solve the above problems based on BIM technology is still a matter for those skilled in the art to consider