Archaized building concrete upturned roof ridge design and construction method based on computer assistance

Abstract

The invention provides an archaized building concrete upturned roof ridge design and construction method based on computer assistance. The method includes the fourteen steps of preparing for design work, drawing a front face rafter, determining the spatial size of an upturned roof ridge, obtaining the curve radius by means of the corner beam center, obtaining new three-dimensional space data of the upturned roof ridge, drawing an upturned roof ridge rafter hinged tail, drawing three-dimensional space upturned fly rafter points, drawing upturned fly rafters, drawing supporting meshes at the bottom of the two rafters of the upturned roof ridge, drawing a supporting mesh size numerical value graph, drawing interlining wood, positioning the three supporting meshes of the upturned roof ridge, producing pouring concrete and the like. On one hand, as the design flow of an archaized building upturned roof ridge structure is effectively standardized, which is beneficial for setting up a database for upturned roof ridge design, the accuracy and the high efficiency of the upturned roof ridge structure in an archaized building can be greatly improved, and the working efficiency and quality of the upturned roof ridge design work are improved; on the other hand, the accuracy of actually producing and manufacturing the upturned roof ridge structure is improved easily, material loss is reduced, the production quality of the upturned roof ridge is improved, and therefore the effects of reducing the construction cost of the building and improving the construction quality of the building are achieved.

Description

technical field [0001] The invention relates to a computer-aided design and construction method for concrete wing corners of antique buildings, and belongs to the technical field of production and construction of wing corners of antique buildings. Background technique [0002] At present, on the one hand, with people's need for the inheritance of traditional architectural culture, on the other hand, in order to improve the aesthetics and quality of buildings, and reduce the construction and construction costs of buildings, a large number of retro-style buildings have appeared, and the wing angle The structure is a prominent embodiment of the traditional architectural style. However, during the construction, it was found that because the wing angle structure of traditional ancient buildings is made of wood, the design method is mainly to draw two-dimensional drawings by hand. Due to the good plasticity of the wooden structure, Therefore, the structural error of the design dra...

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Problems solved by technology

[0002] At present, on the one hand, with people's need for the inheritance of traditional architectural culture, on the other hand, in order to improve the aesthetics and quality of buildings, and reduce the construction and construction costs of buildings, a large number of retro-style buildings have appeared, and the wing angle The structure is a prominent embodiment of the traditional architectural style. However, during the construction, it was found that because the wing angle structure of traditional ancient buildings is made of wood, the design method is mainly to draw two-dimensional drawings by hand. Due to the good plasticity of the wooden structure, Therefore, the structural error of the design drawings is relatively large, but when the wing angle structure is currently being constructed, a reinforced concrete structure with extremely high structural hardness is used. The error caused the large assembly error of the wing angle structure after production. On the one hand, it affects the construction efficiency and quality of the building. On the other hand, it also leads to extremely high production and use costs of the wing angle structure. Figure 1 On the one hand, it is difficult to draw and the work efficiency is low. On the other hand, the drawings have large errors, and it is impossible to assemble and verify the parts designed on the drawings. At the same time, a lot of repetitive work is required for different wing angle structures, which further increases the The workload of wing angle design reduces work efficiency, and its versatility and standardization are extremely poor. Therefore, in view of this situation, it is necessary to develop a computer-aided design-based A brand-new design method for the wing angle structure of antique buildings and structural simulation verification capabilities to meet the needs of actual use

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