Brick wall reinforced concrete wall stud structure

Abstract

The invention discloses a brick wall reinforced concrete pilaster structure which includes a brick wall (1) and an old foundation (3); a cast new foundation (4) is combined with the old foundation (3); a hole is excavated on the brick wall (1); a reinforced steel bar is arranged in the hole; the reinforced steel bar is connected with the reinforced steel frames on both sides of the brick wall (1); the concrete is cast to form a reinforced concrete pilaster (5); the reinforced concrete pilaster (5) is combined with the brick wall (1). The brick wall reinforced concrete pilaster structure overcomes the defects that when the traditional method is adopted to mount a pilaster, the effective connection between the new and old masonry body structures is needed; the new and old masonry bodies is unable to have meshing effect and form an integral operating situation as a whole; the newly-added brick pilaster has insufficient intensity; the appearance and application of the building are influenced by the larger section of the reinforcing component so that the reinforced steel bar in the newly-added reinforced concrete pilaster is enabled to be tightly connected with the existed brick wall; the post-cast concrete is able to operate together with the existed masonry body wall; the integral stability and the local compression bearing capability of the wall body are improved greatly.

Description

technical field [0001] The invention relates to a brick wall structure, which can maximize the overall stability and local compression bearing capacity of existing brick walls. Background technique [0002] As one of the mature building structure types, masonry structure is widely used in civil and industrial buildings. Masonry wall (that is, brick wall) is formed by bonding single bricks or blocks with mortar. One of the most important vertical stress components, when the length and height of the brick wall are greater than a certain value, or when the concentrated force transmitted from the beams supported on the brick wall is large, in order to ensure the overall stability of the brick wall or the brick wall If the local compressive bearing capacity can meet the requirements, it is necessary to set pilasters on the brick wall according to the relevant national codes and through calculation. Therefore, it is particularly important whether the position of the pilasters in ...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is: for the traditional structure, when the overall stability of the brick wall is solved or the local pressure is not enough, the newly added brick pilasters and the existing brick wall cannot produce a bite action, and cannot form an integrated work together. In actual use In view of the shortcomings that cracks will gradually appear in the middle and the reinforcement effect is not ideal, a new reinforced concrete pilaster structure for brick walls is proposed, which can easily add reinforced concrete pilasters to the existing brick walls to maximize Greatly improve the overall stability and local compressive bearing capacity of existing brick walls, and because the strength of components is greatly improved, the cross-section of reinforced concrete pilasters can be reduced, making the reinforced building more beautiful and applicable

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