Aluminum alloy framework configuration method based on Revit

Abstract

The invention discloses an aluminum alloy framework configuration method based on Revit. The aluminum alloy framework configuration method comprises the following steps that a parameterized building base structural model and a parameterized aluminum alloy framework family file are built through Revit software; according to configuration rules, the aluminum alloy framework family file is spliced to the building base structural model in a simulated mode according to engineering practice to form a simulated spliced assembly; whether interference exists in the simulated spliced assembly or not is examined, whether interference exists between the simulated spliced assembly and other cross-operation models or not is examined, and the aluminum alloy framework family file is optimally designed according to needs; and aluminum alloy configuration information is counted to generate a model component list, plane-elevation-section three-view drawings and a framework machining drawing. Compared to a traditional Auto CAD model matching method, the aluminum alloy framework configuration method based on the Revit does not excessively depend on the three-dimensional space imagination ability of an operator any more, aluminum alloy framework configuration is high in efficiency and accuracy, and the design cycles of aluminum alloy frameworks are reduced.

Description

technical field [0001] The invention relates to the technical field of construction, in particular to a Revit-based aluminum alloy formwork matching method. Background technique [0002] Aluminum alloy formwork is a new type of material, which has the advantages of fast construction, convenience, high efficiency, labor and machine saving, good quality of finished products, high degree of safety and civilization, and low comprehensive cost. It is a green formwork system with good comprehensive benefits. . [0003] With the continuous improvement of low-carbon environmental protection and green building concepts in our country, aluminum alloy formwork also has a broad development space in our country. Compared with traditional wood formwork and steel formwork, aluminum alloy formwork has obvious advantages. [0004] At present, aluminum alloy formwork is in the stage of popularization and use. Most of the current formwork configuration design methods for aluminum formwork ad...

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Problems solved by technology

[0004] At present, aluminum alloy formwork is in the stage of popularization and use. Most of the current formwork configuration design methods for aluminum formwork adopt traditional two-dimensional CAD design, which is cumbersome and error-prone. , this work requires the designer to have a strong three-dimensional space imagination, and after the aluminum alloy formwork is matched, the review is difficult, the calculation process is complicated, and problems such as template conflicts or size errors are prone to occur. The aluminum alloy formwork is correctly matched The rate cannot be guaranteed, and it takes a lot of effort for the designer

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