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A platform for research: civil engineering, architecture and urbanism
Shear wall structure based on fabricated building and construction method thereof
The invention relates to the technical field of fabricated buildings, and discloses a shear wall structure of a fabricated building and a construction method thereof.The shear wall structure is formed by combining and pouring steel bars and concrete and comprises a plurality of wall bodies, the wall bodies intersect with one another to form an overlapping area, and steel bar assemblies are arranged in the wall bodies; the steel bar assembly at least comprises corrugated stirrup assemblies and a plurality of rectangular stirrups, the corrugated stirrup assemblies are symmetrically arranged in the length direction of the wall body, the symmetrically-arranged corrugated stirrup assemblies can intersect to form a junction area, and the rectangular stirrups are arranged in the junction area formed by the corrugated stirrup assemblies. And the plurality of corrugated stirrup assemblies are hooped. A traditional horizontal stirrup mode is changed into the symmetrically-arranged corrugated stirrups, and due to the fact that the symmetrically-arranged corrugated stirrups can be staggered to form the junction area, concrete in the wall can be effectively restrained through the arrangement of the corrugated stirrups, and therefore the restraining effect on the concrete is improved.
本发明涉及装配式建筑技术领域，公开了一种装配式建筑的剪力墙结构及其施工方法，该剪力墙结构为钢筋与混凝土组合浇筑而成，包括多个墙体，多个墙体相互交汇以形成重合区，多个墙体内设有钢筋组件，钢筋组件内至少包括波纹箍筋组件和多个矩形箍筋，所述波纹箍筋组件沿所述墙体的长度方向对称设置，且对称设置的所述波纹箍筋组件能够相交以形成交界区，多个所述矩形箍筋设置在多个所述波纹箍筋组件所形成的交界区内，以箍紧多个所述波纹箍筋组件。本发明将传统的水平箍筋的方式改用为对称设置的波纹箍筋，由于对称设置的波纹箍筋能够相互交错以形成交界区，以使得波纹箍筋的设置能够对墙体内的混凝土产生有效约束，从而提高了对混凝土的约束效果。
Shear wall structure based on fabricated building and construction method thereof
The invention relates to the technical field of fabricated buildings, and discloses a shear wall structure of a fabricated building and a construction method thereof.The shear wall structure is formed by combining and pouring steel bars and concrete and comprises a plurality of wall bodies, the wall bodies intersect with one another to form an overlapping area, and steel bar assemblies are arranged in the wall bodies; the steel bar assembly at least comprises corrugated stirrup assemblies and a plurality of rectangular stirrups, the corrugated stirrup assemblies are symmetrically arranged in the length direction of the wall body, the symmetrically-arranged corrugated stirrup assemblies can intersect to form a junction area, and the rectangular stirrups are arranged in the junction area formed by the corrugated stirrup assemblies. And the plurality of corrugated stirrup assemblies are hooped. A traditional horizontal stirrup mode is changed into the symmetrically-arranged corrugated stirrups, and due to the fact that the symmetrically-arranged corrugated stirrups can be staggered to form the junction area, concrete in the wall can be effectively restrained through the arrangement of the corrugated stirrups, and therefore the restraining effect on the concrete is improved.
本发明涉及装配式建筑技术领域，公开了一种装配式建筑的剪力墙结构及其施工方法，该剪力墙结构为钢筋与混凝土组合浇筑而成，包括多个墙体，多个墙体相互交汇以形成重合区，多个墙体内设有钢筋组件，钢筋组件内至少包括波纹箍筋组件和多个矩形箍筋，所述波纹箍筋组件沿所述墙体的长度方向对称设置，且对称设置的所述波纹箍筋组件能够相交以形成交界区，多个所述矩形箍筋设置在多个所述波纹箍筋组件所形成的交界区内，以箍紧多个所述波纹箍筋组件。本发明将传统的水平箍筋的方式改用为对称设置的波纹箍筋，由于对称设置的波纹箍筋能够相互交错以形成交界区，以使得波纹箍筋的设置能够对墙体内的混凝土产生有效约束，从而提高了对混凝土的约束效果。
Shear wall structure based on fabricated building and construction method thereof
基于装配式建筑的剪力墙结构及其施工方法
WANG RUIFANG (author) / HUANG XINLIANG (author) / ZHANG SHUYUAN (author) / XU JINJUN (author)
2023-05-16
Patent
Electronic Resource
Chinese
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