A prefabricated shear wall structure of desert sand lightweight aggregate concrete

Abstract

The invention discloses a desert-sand light aggregate concrete fabricated shear wall structure which comprises a foundation, coupling wall columns arranged on the foundation, and coupling beams connected between the coupling wall columns. The coupling wall columns are mainly composed of steel wire nets, thin-wall shape steel, steel wire cages and the like correspondingly. Desert-sand light aggregate concrete is poured on the steel wire nets and the steel wire cages, and the coupling wall columns are connected through asbestos boards, the steel wire nets, the desert-sand light aggregate concrete and the like in a poured mode correspondingly. The desert-sand light aggregate concrete fabricated shear wall structure is light in weight, materials are easy to obtain, the anti-seismic bearing capacity and deformability of components can be reliably ensured, and the good heat-insulating property is also achieved under the situation that the bearing requirement is met. The assembly attributes of simple structure and convenient and rapid transporting and mounting are achieved, and the desert-sand light aggregate concrete fabricated shear wall structure is particularly suitable for remote villages and towns which are insufficient in material supply, low in worker quality and short in technical force in Xinjiang region, and can be self-built by tile teams or farmers of the villages and thetowns.

Description

technical field [0001] The invention belongs to the field of construction, and in particular relates to a desert sand lightweight aggregate concrete assembled shear wall structure suitable for construction in villages and towns in Xinjiang. Background technique [0002] Previous earthquake damages have shown that the vast majority of destructive earthquakes occurred in rural and township areas. Due to economic conditions, it is often difficult to effectively implement anti-seismic measures represented by cast-in-place ring beams and structural columns. Masonry structures, civil structures, etc. The collapse of rural houses in villages and towns is very serious. Even under the conditions of the same earthquake intensity, the number of casualties in villages and towns and the degree of collapse and damage of buildings are much higher than those in urban areas. The reason is the weak earthquake resistance of villages and towns. In addition, the climate in Xinjiang is cold, and ...

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Problems solved by technology

In addition, the climate in Xinjiang is cold, and the heating method in most rural areas in winter is mainly based on coal consumption, resulting in a large amount of coal consumption, and the energy consumption level of houses is generally high

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