Concrete dense column gypsum composite wallboard and concrete shear force interior wall with high-rise mixed structure system

Abstract

The invention relates to a concrete dense column gypsum composite wallboard and concrete shearing internal wall configured high-rise mixed structure system. A concrete dense column gypsum composite wallboard is arranged on site; cavity internal concrete as well as a concrete shearing internal wall, a concrete cylindrical traffic core, a concrete floorslab and a concrete built-in surrounding beam are cast synchronously to form a mixed structure high-rise load stress system; a gypsum plate and a plate cavity internal reinforced concrete dense column take part in structural stress calculation; and the connecting part of an internal wall and an external wall, the concrete in an external wallboard cavity and the concrete shearing internal wall are cast into integrated reinforced concrete. The concrete dense column gypsum composite wallboard and concrete shearing internal wall configured high-rise mixed structure system has the advantages of energy conservation, low consumption, environmental friendliness, economy and practicability, factory-like production and integrated installation; the integrated stress performance of a building is improved by the integrated casting mixed structure form; and the gypsum plate and the plate cavity internal reinforced concrete dense column take part in structural stress calculation jointly, so safety is achieved and functions are not wasted; and the integrated modernization level of the housing industry is improved.

Description

technical field [0001] The invention relates to a high-rise residential building structure, in particular to a high-rise mixed structure system with concrete dense column gypsum composite wallboard and concrete shear force inner wall. Background technique [0002] In the current existing high-rise residential structure system, residential buildings mainly include foundation, concrete shear force interior and exterior walls, beams, floor slabs, elevator barrels, stairwells, filling walls, post-insulation layer, interior and exterior wall decoration plastering, and cast-in-situ concrete In the shear wall structure system and concrete short-leg structure system, the outer wall must be treated with polystyrene board or extruded board for insulation; the high-rise residential buildings constructed by this structure system have the following shortcomings in practical application: the traditional building materials are heavy, High energy consumption and single function, in order to...

AI Technical Summary

Problems solved by technology

[0002] In the current existing high-rise residential structure system, residential buildings mainly include foundation, concrete shear force interior and exterior walls, beams, floor slabs, elevator barrels, stairwells, filling walls, post-insulation layer, interior and exterior wall decoration plastering, and cast-in-situ concrete In the shear wall structure system and concrete short-leg structure system, the outer wall must be treated with polystyrene board or extruded board for insulation; the high-rise residential buildings constructed by this structure system have the following shortcomings in practical application: the traditional building materials are heavy, High energy consumption and single function, in order to meet the energy-saving standard, the wall is repeatedly stacked manually on site

Insulation materials are not synchronized with the life of the main building, need to be replaced repeatedly, high cost, flammable and unsafe

Building energy consumption is high, resource consumption is large, not environmentally friendly, and construction technology is backward

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