Construction method of embedded assembly type H-shaped steel framework hidden type stone masonry walls

Abstract

The invention discloses a construction method of embedded assembly type H-shaped steel framework hidden type stone masonry walls. The construction method comprises the following steps that when the stone walls are built, embedded connecting pieces are connected through anchor bolts, H-shaped steel A is vertically placed into the embedded connecting pieces, the H-shaped steel A is in bolted connection with the embedded connecting pieces; then yellow mud is adopted for building various stones around the H-shaped steel A in a staggered mode to form effective connection with the walls; meanwhile,the H-shaped steel B is transversely placed at the preset position on the walls, and H-shaped steel connecting pieces and the vertical H-shaped steel A are connected to form a H-shaped steel frameworkwhole; and finally, the stone walls are built in sequence, the H-shaped steel component frameworks are wrapped in the walls, and the fabricated steel framework hidden type stone masonry structure house with the embedded H-shaped steel is formed. According to the construction method, the vertical H-shaped steel A and the transverse H-shaped steel B are used for replacing a ring beam and a constructional column, the construction process of integrally casting the ring beam and constructional column concrete in situ is omitted, the construction progress is greatly accelerated, the construction period is shortened, the construction quality is guaranteed, and the overall stability and the anti-seismic property of the hidden stone wall are improved.

Description

technical field [0001] The invention belongs to the technical field of building structures, and in particular relates to a method for building a built-in assembled H-shaped steel skeleton Tibetan-style stone wall. Background technique [0002] As a traditional and ancient building structure, masonry structure is still widely used by villagers and towns because of its easy access to local materials, convenient transportation, and simple construction. Masonry structures mainly include ordinary sintered brick masonry structures, stone masonry structures and block masonry structures of other materials. Sintered bricks are mainly fired from clay, shale, etc. Natural rubble blocks or strips are the main raw materials for stone masonry structures, and other block masonry structures can be made from industrial waste (slag, etc.). Obviously, the reason why the masonry structure exists for a long time is that its materials are widely sourced and easy to obtain locally; at the same ti...

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Problems solved by technology

[0003] Obviously, the use of ring-beam structural columns is the most effective anti-seismic fortification measure to improve the seismic resistance of stone building structures; Structural columns require on-site formwork, pouring, maintenance and other processes, which will cause serious damage to the ecological environment in plateau areas

At the same time, judging from the overall seismic performance of civil buildings in Tibetan areas, the existing building technology is simple, and the houses of farmers and herdsmen in most areas are mainly designed and built according to local building customs, and the building materials are adapted to local conditions and local materials , more use of raw soil, stone, wood, relatively weak seismic performance

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