Double-plate-connected super-high-rise assembled building

Abstract

The invention relates to a double-plate-connected super-high-rise assembled building, and belongs to the field of building construction. The double-plate-connected super-high-rise assembled building comprises wall shingles, a floor plate and a pillar body which are mutually connected to form a super-high-rise structure, wherein the side end surfaces of the wall shingles are connected with the pillar body; the side end surface of the floor plate is connected with the side end surfaces of the wall shingles; double-row steel plates containing a plurality of round holes are arranged on the side end surfaces of the wall shingles and the floor plate; a double-row steel plate containing a plurality of round holes is arranged on at least one side of the pillar body in the height direction; the steel plates are fixedly connected through bolts; nuts are welded at the round holes, in the opposite surfaces, in the double-row steel plates. Through the double-plate-connected manner of the pillar-shaped structure and precast slabs, a shear wall structure with a huge lattice column manner can be formed, the horizontal shear capacity of the super-high-rise assembled building can be improved, the horizontal displacement of the super-high-rise assembled building can be reduced, and the characteristics of convenience and quickness in mounting and high construction speed can be achieved; in addition, all assembly parts can be disassembled and recycled for many times, and the environmental protection and the energy conservation are achieved.

Description

technical field [0001] The invention relates to a prefabricated house, in particular to a super-high-rise prefabricated house with two boards connected, and belongs to the field of house construction. Background technique [0002] With the development of prefabricated housing construction technology, more and more housing buildings are built with prefabricated structures in recent years, which not only improves the construction speed of traditional housing construction, but also provides a new way for housing construction through the unified design and manufacture of various standard prefabricated parts. The basis for standardized work has been laid. [0003] For prefabricated buildings, the construction structure and number of construction floors are closely related to the design and connection nodes of various prefabricated parts. Especially for super high-rise building series, due to the obvious horizontal load such as earthquakes, the control of interstory displacement i...

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Problems solved by technology

[0003] For prefabricated buildings, the construction structure and the number of construction floors are closely related to the design and connection nodes of various prefabricated parts. Especially for super high-rise building series, due to the obvious horizontal load such as earthquakes, the control of interstory displacement is important for structural safety. One of the important indicators to control and improve the living comfort, while the traditional super high-rise prefabricated buildings have adopted a lot of wet construction on site in order to meet the control requirements of inter-story displacement, and the construction period has become longer, which restricts the rapid construction of prefabricated buildings. The advantages

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