Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-altitude conversion construction method for building machine of variable-cross-section shear wall
The invention discloses a building machine high-altitude conversion construction method for a variable cross-section shear wall, belongs to the technical field of super high-rise building construction, is applied to the construction condition that continuous beveling angles appear at the corners of an Nth layer and an (N + 1) th layer of building structures of a high-rise building, and comprises the following steps: S1, pouring (N-1) th layer of concrete; s2, stable columns are installed at the corners of the building structure corresponding to the N layers; s3, N layers of concrete are poured; s4, temporary beams are installed between the two shear walls, close to the corners, of the N-layer building structure and the stabilizing columns correspondingly; and S5, the building machine is integrally jacked, and an inner frame body of the building machine is connected with the temporary beam at the N-layer beveling angle position of the building structure. According to the building machine, the building machine can adapt to various shear wall variable cross-section construction environments in which the corners of a building structure are arranged to be beveled, the shear wall is widened, the shear wall retracts inwards and the like, the building machine structure is prevented from being greatly disassembled and transformed, conversion of the building machine on a high-rise building is efficiently and safely achieved, and the construction efficiency is improved.
本发明公开了一种变截面剪力墙的造楼机高空转化施工方法，属于超高层建筑施工技术领域，应用于高层建筑在第N层和第N+1层建筑结构角部出现连续斜切角的施工情况，包括以下步骤：S1、浇筑N‑1层混凝土；S2、对应N层在建筑结构的角部安装稳定柱；S3、浇筑N层混凝土；S4、在N层建筑结构靠近角部的两个剪力墙和稳定柱之间分别安装临时梁；S5、整体顶升造楼机，造楼机的内架体在建筑结构N层斜切角位置与临时梁连接。本发明能够使造楼机适应于建筑结构角部设置为斜切角、剪力墙扩宽和剪力墙内缩等多种形式的剪力墙变截面施工环境，避免大幅度拆改造楼机结构，高效、安全地实现造楼机在高层建筑上的转换，提高施工效率。
High-altitude conversion construction method for building machine of variable-cross-section shear wall
The invention discloses a building machine high-altitude conversion construction method for a variable cross-section shear wall, belongs to the technical field of super high-rise building construction, is applied to the construction condition that continuous beveling angles appear at the corners of an Nth layer and an (N + 1) th layer of building structures of a high-rise building, and comprises the following steps: S1, pouring (N-1) th layer of concrete; s2, stable columns are installed at the corners of the building structure corresponding to the N layers; s3, N layers of concrete are poured; s4, temporary beams are installed between the two shear walls, close to the corners, of the N-layer building structure and the stabilizing columns correspondingly; and S5, the building machine is integrally jacked, and an inner frame body of the building machine is connected with the temporary beam at the N-layer beveling angle position of the building structure. According to the building machine, the building machine can adapt to various shear wall variable cross-section construction environments in which the corners of a building structure are arranged to be beveled, the shear wall is widened, the shear wall retracts inwards and the like, the building machine structure is prevented from being greatly disassembled and transformed, conversion of the building machine on a high-rise building is efficiently and safely achieved, and the construction efficiency is improved.
本发明公开了一种变截面剪力墙的造楼机高空转化施工方法，属于超高层建筑施工技术领域，应用于高层建筑在第N层和第N+1层建筑结构角部出现连续斜切角的施工情况，包括以下步骤：S1、浇筑N‑1层混凝土；S2、对应N层在建筑结构的角部安装稳定柱；S3、浇筑N层混凝土；S4、在N层建筑结构靠近角部的两个剪力墙和稳定柱之间分别安装临时梁；S5、整体顶升造楼机，造楼机的内架体在建筑结构N层斜切角位置与临时梁连接。本发明能够使造楼机适应于建筑结构角部设置为斜切角、剪力墙扩宽和剪力墙内缩等多种形式的剪力墙变截面施工环境，避免大幅度拆改造楼机结构，高效、安全地实现造楼机在高层建筑上的转换，提高施工效率。
High-altitude conversion construction method for building machine of variable-cross-section shear wall
一种变截面剪力墙的造楼机高空转化施工方法
CHEN JINGTAO (Autor:in) / WANG YONGSHENG (Autor:in) / WANG YISHU (Autor:in) / WU YI (Autor:in) / HAN XU (Autor:in) / WANG HE (Autor:in) / ZHANG JIANAN (Autor:in)
08.03.2024
Patent
Elektronische Ressource
Chinesisch
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