Steel pipe concrete composite system of building and masonry construction method thereof

Abstract

The invention provides a steel pipe concrete composite system of a building and a masonry construction method thereof. An inner side wall body of the building is formed by building blocks, ring beam casings and steel pipes through masonry construction; concrete is poured in every steep pipe which is inserted and connected into the corresponding building block and ring beam casing in a penetrating mode to achieve the curing forming to form a main body frame and a bearing structure of the building; a heat insulation plate is arranged on the outer wall of the inner side wall body in a pasting mode and then an outer side wall body which is formed by narrow building blocks and thread steel bars through masonry construction is constructed on the outer side of the heat insulation plate in a masonry mode and the thread steel bars are connected into a through hole of every narrow building block in an insertion mode and the concrete is poured to be shaped; the number that the steel pipes are in insertion joint with a bottom layer of the building is in proportional to the design height of the building and is gradually reduced along with the increase of the layer height of a building layer and every steel pipe is integrally connected with the corresponding thread steel bars which are arranged on the outer side. According to the steel pipe concrete composite system of the building and the masonry construction method thereof, the seismic performance of various design heights of buildings, the flexibility of the outer wall beautification and the degree of convenience of the masonry construction are improved, the labor intensity is small, the use of the steel pipes and the concrete is saved, and the conveying and construction cost of building materials is reduced.

Description

technical field [0001] The invention relates to a building structure, in particular to a building structure and a masonry construction method which can significantly improve the anti-seismic capacity and construction efficiency of the building. Background technique [0002] At present, the construction methods of conventional multi-storey and high-rise buildings basically include the following three types: the first is a brick-concrete structure, and its construction method is to cast ring beams and floor slabs when the wall bricks are built to the height of a floor, and then go to Laying bricks until another floor is high, then pouring ring beams and floor surfaces, and repeating this until the design height of the building. This method is suitable for buildings with a height of about 8 floors. Its construction is relatively cheap but its earthquake resistance is extremely poor. The second is the frame structure. Its construction method is to lay the first layer of steel ba...

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Problems solved by technology

[0004] In view of the above-mentioned defects in the prior art, the purpose of the present invention is to propose a composite steel pipe concrete system and its masonry method, which solves the comprehensive problem of the seismic strength of the formed building, the convenience of masonry, the lightness of the material, and the optimization of transportation and construction costs. building problems

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