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A platform for research: civil engineering, architecture and urbanism
Lightweight fabricated concrete structure and construction method
The invention discloses a lightweight fabricated concrete structure which comprises a beam PC component, a column PC component, a plate PC component and a concrete foundation. Each of the beam PC component, the column PC component and the plate PC component comprises a plurality of component units prefabricated in advance; according to the specific sizes of a beam, a column and a plate, the component units of the beam PC component, the column PC component and the plate PC component are correspondingly connected together, and splicing seams are connected through grouting; the bottom of the column is connected with a concrete foundation, and gaps are connected through concrete pouring; the top of the column is connected with the beam; spliced prefabricated slabs are arranged at the tops of the beams, and laminated slabs are arranged on the upper portions of the prefabricated slabs. Compared with cast-in-place, standardized design and modular production can be achieved, and energy conservation and environmental protection are achieved. The weight of the component can be greatly reduced due to the fact that the component is split into the small-size PC component, hoisting is convenient, construction efficiency can be greatly improved, the construction period is shortened, and economic benefits are remarkable.
本发明公开了轻量化装配式混凝土结构，包括梁PC构件、柱PC构件、板PC构件以及混凝土基础；所述梁PC构件、柱PC构件、板PC构件均包括若干提前预制的构件单元；根据具体的梁、柱及板的尺寸，将梁PC构件、柱PC构件、板PC构件的构件单元分别对应连接在一起，拼缝处采用灌浆连接；柱的底部与混凝土基础连接，缝隙采用混凝土浇筑连接；柱的顶部与梁连接；梁的顶部设置拼接好的预制板，预制板的上部设置叠合板。与现浇相比，可以做到标准化设计、模块化生产，节能环保。拆分为较小体量的PC构件可以大大减轻构件的重量、方便吊装，可以大大提高施工效率，缩短工期，经济效益显著。
Lightweight fabricated concrete structure and construction method
The invention discloses a lightweight fabricated concrete structure which comprises a beam PC component, a column PC component, a plate PC component and a concrete foundation. Each of the beam PC component, the column PC component and the plate PC component comprises a plurality of component units prefabricated in advance; according to the specific sizes of a beam, a column and a plate, the component units of the beam PC component, the column PC component and the plate PC component are correspondingly connected together, and splicing seams are connected through grouting; the bottom of the column is connected with a concrete foundation, and gaps are connected through concrete pouring; the top of the column is connected with the beam; spliced prefabricated slabs are arranged at the tops of the beams, and laminated slabs are arranged on the upper portions of the prefabricated slabs. Compared with cast-in-place, standardized design and modular production can be achieved, and energy conservation and environmental protection are achieved. The weight of the component can be greatly reduced due to the fact that the component is split into the small-size PC component, hoisting is convenient, construction efficiency can be greatly improved, the construction period is shortened, and economic benefits are remarkable.
本发明公开了轻量化装配式混凝土结构，包括梁PC构件、柱PC构件、板PC构件以及混凝土基础；所述梁PC构件、柱PC构件、板PC构件均包括若干提前预制的构件单元；根据具体的梁、柱及板的尺寸，将梁PC构件、柱PC构件、板PC构件的构件单元分别对应连接在一起，拼缝处采用灌浆连接；柱的底部与混凝土基础连接，缝隙采用混凝土浇筑连接；柱的顶部与梁连接；梁的顶部设置拼接好的预制板，预制板的上部设置叠合板。与现浇相比，可以做到标准化设计、模块化生产，节能环保。拆分为较小体量的PC构件可以大大减轻构件的重量、方便吊装，可以大大提高施工效率，缩短工期，经济效益显著。
Lightweight fabricated concrete structure and construction method
轻量化装配式混凝土结构及施工方法
XU ZHENGZHONG (author) / SU YUANHONG (author) / WU PENGMIN (author) / WANG YONGCHUAN (author)
2023-08-22
Patent
Electronic Resource
Chinese
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