A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Frame structure construction process under aluminum alloy building formwork system
The invention belongs to the field of building engineering, and particularly relates to a frame structure construction process under an aluminum alloy building template system, which comprises the steps of construction preparation, erecting of a wall and column template system, erecting of a beam template system, erecting of a supporting system, erecting of a top template system, elevation adjustment and acceptance inspection, binding of reinforcing steel bars for the beam template system and the top template system, and pouring of concrete. According to the frame structure construction technology, an all-aluminum formwork system is adopted, the advantages that an aluminum formwork is good in stability, high in bearing capacity, high in repeated utilization rate, easy to install, more environmentally friendly in construction process and good in concrete forming section size and flatness after construction are utilized, a supporting system arranged according to needs is adopted for cooperative construction, the construction safety can be improved, and the construction efficiency is improved. The construction cost is reduced; according to the construction technology applied by the invention, when the floor height exceeds 3.3 m, the concept of step length is introduced for the supporting system, and the horizontal pull rod is used for auxiliary supporting, so that the construction technology has certain guiding significance on the construction technology of the frame structure with the floor height exceeding 3.3 m.
本发明属于建筑工程领域，具体涉及铝合金建筑模板体系下的框架结构施工工艺，包括施工准备，墙、柱模体系的支设，梁模体系的支设，支撑体系的支设，顶模体系的支设，标高调整及验收，对梁模体系、顶模体系进行钢筋的绑扎，并浇筑混凝土；本发明所提供的框架结构施工工艺采用全铝模系统，利用铝模稳定性好、承载力高、重复利用率高，且安装简易、施工过程更为环保，施工后混凝土成型截面尺寸及平整度好的优点，采用按需设置的支撑体系进行配合施工，可提高施工的安全性，降低建造成本；本发明所应用的施工工艺，当层高超过3.3m时为支撑系统引入步长的概念和水平拉杆进行辅助支撑，对层高超过3.3m的框架结构施工工艺具有一定的指导意义。
Frame structure construction process under aluminum alloy building formwork system
The invention belongs to the field of building engineering, and particularly relates to a frame structure construction process under an aluminum alloy building template system, which comprises the steps of construction preparation, erecting of a wall and column template system, erecting of a beam template system, erecting of a supporting system, erecting of a top template system, elevation adjustment and acceptance inspection, binding of reinforcing steel bars for the beam template system and the top template system, and pouring of concrete. According to the frame structure construction technology, an all-aluminum formwork system is adopted, the advantages that an aluminum formwork is good in stability, high in bearing capacity, high in repeated utilization rate, easy to install, more environmentally friendly in construction process and good in concrete forming section size and flatness after construction are utilized, a supporting system arranged according to needs is adopted for cooperative construction, the construction safety can be improved, and the construction efficiency is improved. The construction cost is reduced; according to the construction technology applied by the invention, when the floor height exceeds 3.3 m, the concept of step length is introduced for the supporting system, and the horizontal pull rod is used for auxiliary supporting, so that the construction technology has certain guiding significance on the construction technology of the frame structure with the floor height exceeding 3.3 m.
本发明属于建筑工程领域，具体涉及铝合金建筑模板体系下的框架结构施工工艺，包括施工准备，墙、柱模体系的支设，梁模体系的支设，支撑体系的支设，顶模体系的支设，标高调整及验收，对梁模体系、顶模体系进行钢筋的绑扎，并浇筑混凝土；本发明所提供的框架结构施工工艺采用全铝模系统，利用铝模稳定性好、承载力高、重复利用率高，且安装简易、施工过程更为环保，施工后混凝土成型截面尺寸及平整度好的优点，采用按需设置的支撑体系进行配合施工，可提高施工的安全性，降低建造成本；本发明所应用的施工工艺，当层高超过3.3m时为支撑系统引入步长的概念和水平拉杆进行辅助支撑，对层高超过3.3m的框架结构施工工艺具有一定的指导意义。
Frame structure construction process under aluminum alloy building formwork system
铝合金建筑模板体系下的框架结构施工工艺
TONG JIANWEI (author) / LIU MINGHAO (author) / TONG CHUNLING (author) / LI BIN (author) / LEI JUNHUA (author) / LYU HUA (author) / CUI YUNBO (author) / LI SHULEI (author) / XU JIALI (author) / CHEN YINPING (author)
2024-04-26
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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