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A platform for research: civil engineering, architecture and urbanism
Underground station construction method based on prefabricated reinforcement cage and underground station
The invention provides an underground station construction method based on a prefabricated reinforcement cage and an underground station, and aims to solve the problems that an existing traditional cast-in-place construction mode is long in construction period and large in labor demand; the problems that the construction efficiency is reduced due to the high assembly precision requirement of an existing prefabricated underground station, the waterproof and anti-seismic performance is difficult to guarantee, and hoisting and transporting of components are difficult due to the fact that part of components are too large in size and weight are solved. The underground station construction method based on the prefabricated reinforcement cages comprises the steps that according to the structure of an underground station, a continuous wall reinforcement cage and a bottom plate reinforcement cage of the underground station are prefabricated; a continuous wall reinforcement cage is installed, and continuous wall concrete is poured; a top beam reinforcement cage and a top plate supporting cross beam reinforcement cage are installed, and top beam and top plate supporting cross beam concrete is poured; mounting a waist beam reinforcement cage and a middle plate supporting cross beam reinforcement cage, and pouring waist beam and middle plate supporting cross beam concrete; and a bottom plate reinforcement cage is installed, and bottom plate concrete is poured.
本发明是提供一种基于预制钢筋笼的地下车站建设方法以及地下车站，以解决现有传统现场浇筑施工方式建设周期长、劳动力需求量大，以及现有预制装配式地下车站的拼装精度要求高导致施工效率降低、防水和抗震性能保证较为困难且部分构件尺寸和重量过大引起构件吊装和运输困难的问题，涉及地下车站施工技术领域。基于预制钢筋笼的地下车站建设方法，包括：根据所述地下车站的结构，预制所述地下车站的连续墙钢筋笼、底板钢筋笼；安装连续墙钢筋笼，浇注连续墙混凝土；安装冠梁钢筋笼和顶板支撑横梁钢筋笼，浇注冠梁和顶板支撑横梁混凝土；安装腰梁钢筋笼和中板支撑横梁钢筋笼，浇注腰梁和中板支撑横梁混凝土；安装底板钢筋笼，浇注底板混凝土。
Underground station construction method based on prefabricated reinforcement cage and underground station
The invention provides an underground station construction method based on a prefabricated reinforcement cage and an underground station, and aims to solve the problems that an existing traditional cast-in-place construction mode is long in construction period and large in labor demand; the problems that the construction efficiency is reduced due to the high assembly precision requirement of an existing prefabricated underground station, the waterproof and anti-seismic performance is difficult to guarantee, and hoisting and transporting of components are difficult due to the fact that part of components are too large in size and weight are solved. The underground station construction method based on the prefabricated reinforcement cages comprises the steps that according to the structure of an underground station, a continuous wall reinforcement cage and a bottom plate reinforcement cage of the underground station are prefabricated; a continuous wall reinforcement cage is installed, and continuous wall concrete is poured; a top beam reinforcement cage and a top plate supporting cross beam reinforcement cage are installed, and top beam and top plate supporting cross beam concrete is poured; mounting a waist beam reinforcement cage and a middle plate supporting cross beam reinforcement cage, and pouring waist beam and middle plate supporting cross beam concrete; and a bottom plate reinforcement cage is installed, and bottom plate concrete is poured.
本发明是提供一种基于预制钢筋笼的地下车站建设方法以及地下车站，以解决现有传统现场浇筑施工方式建设周期长、劳动力需求量大，以及现有预制装配式地下车站的拼装精度要求高导致施工效率降低、防水和抗震性能保证较为困难且部分构件尺寸和重量过大引起构件吊装和运输困难的问题，涉及地下车站施工技术领域。基于预制钢筋笼的地下车站建设方法，包括：根据所述地下车站的结构，预制所述地下车站的连续墙钢筋笼、底板钢筋笼；安装连续墙钢筋笼，浇注连续墙混凝土；安装冠梁钢筋笼和顶板支撑横梁钢筋笼，浇注冠梁和顶板支撑横梁混凝土；安装腰梁钢筋笼和中板支撑横梁钢筋笼，浇注腰梁和中板支撑横梁混凝土；安装底板钢筋笼，浇注底板混凝土。
Underground station construction method based on prefabricated reinforcement cage and underground station
基于预制钢筋笼的地下车站建设方法以及地下车站
ZHOU YONG (author) / WANG HUJIA (author) / ZHANG JUN (author) / WEN YANXIN (author) / ZHOU MINGLIANG (author) / ZHU HONGHAI (author) / LI JUN (author) / SUN CONGHAN (author) / ZHAO QI (author) / YU BO (author)
2023-07-04
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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