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Inclined building structure main body engineering formwork supporting system construction method
The invention belongs to the technical field of buildings, and particularly relates to an inclined building structure main body engineering formwork supporting system construction method which comprises the steps of base plate laying, inclined plate frame body erecting, beam bottom independent supporting, diagonal bridging erecting, beam and plate formwork erecting, steel bar binding, inclined plate concrete pouring and embedded part placing. According to the construction method, the construction characteristics of an integrally inclined multi-layer reinforced concrete frame structure are combined, the links of inclined structure design, template supporting system material selection, construction and the like are started, a template supporting and erecting comprehensive technical measure is formed, the problems of inclination, sideslip, translation and the like of a traditional template frame body supporting system can be effectively solved, and the construction efficiency is improved. Therefore, collapse accidents in the concrete pouring process after the formworks are erected are avoided, it is guaranteed that a multi-layer inclined building structure formwork frame body erecting system is safe and practical, and the formwork supporting system is suitable for various inclined building structure engineering formwork supporting systems.
本发明属于建筑技术领域,具体涉及一种倾斜建筑结构主体工程模板支撑体系施工方法,包括垫板铺设、斜板架体支设、梁底独立支撑设置、剪刀撑搭设、梁、板模板支设、钢筋绑扎、斜板混凝土浇筑、预埋件放置。本工法结合整体倾斜的多层钢筋混凝土框架结构构建特点,从倾斜结构设计、模板支撑系统选材、施工等环节入手,形成了模板支撑搭设综合技术措施,可有效解决传统模板架体支撑体系倾斜、侧滑、平移等问题,从而避免的模板搭设完成后混凝土浇筑过程中倒塌事故的出现,以确保多层倾斜建筑结构模板架体搭设体系安全实用,适用于各类倾斜建筑结构工程模板支撑体系。
Inclined building structure main body engineering formwork supporting system construction method
The invention belongs to the technical field of buildings, and particularly relates to an inclined building structure main body engineering formwork supporting system construction method which comprises the steps of base plate laying, inclined plate frame body erecting, beam bottom independent supporting, diagonal bridging erecting, beam and plate formwork erecting, steel bar binding, inclined plate concrete pouring and embedded part placing. According to the construction method, the construction characteristics of an integrally inclined multi-layer reinforced concrete frame structure are combined, the links of inclined structure design, template supporting system material selection, construction and the like are started, a template supporting and erecting comprehensive technical measure is formed, the problems of inclination, sideslip, translation and the like of a traditional template frame body supporting system can be effectively solved, and the construction efficiency is improved. Therefore, collapse accidents in the concrete pouring process after the formworks are erected are avoided, it is guaranteed that a multi-layer inclined building structure formwork frame body erecting system is safe and practical, and the formwork supporting system is suitable for various inclined building structure engineering formwork supporting systems.
本发明属于建筑技术领域,具体涉及一种倾斜建筑结构主体工程模板支撑体系施工方法,包括垫板铺设、斜板架体支设、梁底独立支撑设置、剪刀撑搭设、梁、板模板支设、钢筋绑扎、斜板混凝土浇筑、预埋件放置。本工法结合整体倾斜的多层钢筋混凝土框架结构构建特点,从倾斜结构设计、模板支撑系统选材、施工等环节入手,形成了模板支撑搭设综合技术措施,可有效解决传统模板架体支撑体系倾斜、侧滑、平移等问题,从而避免的模板搭设完成后混凝土浇筑过程中倒塌事故的出现,以确保多层倾斜建筑结构模板架体搭设体系安全实用,适用于各类倾斜建筑结构工程模板支撑体系。
Inclined building structure main body engineering formwork supporting system construction method
一种倾斜建筑结构主体工程模板支撑体系施工方法
LIU XIAOYING (author) / YANG LIGUO (author) / SU BAOGUO (author)
2023-04-04
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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