A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Prefabricated beam-slab system of full-fabricated building and beam-slab module prefabricating method of prefabricated beam-slab system
The invention discloses a prefabricated beam-slab system of a full-fabricated building and a beam-slab module prefabricating method.The system comprises a plurality of beam-slab modules, each beam-slab module mainly comprises steel beams and a reinforced concrete floor, the two steel beams are arranged in parallel, and each reinforced concrete floor is provided with an upper-layer steel bar net rack and a lower-layer steel bar net rack; after two layers of reinforcement net racks are fixed to the upper portion between the two steel beams, concrete is poured, reinforced concrete and the steel beams form an integrated structure, the two ends of the floor symmetrically extend out of the steel beams, and the two ends of longitudinal reinforcements of the reinforcement net racks symmetrically extend out of the floor; the splicing side steel beams of the adjacent beam and slab modules are aligned and then connected and fixed through fasteners to form the main beams. The concrete thickness and the protective layer thickness of the floor slab can be guaranteed through the beam slab modules machined mechanically and standardly in a factory, the beam slab machining progress is not affected by weather and seasons, the plate type structure is convenient to transport, wet operation basically does not exist on site, the steel beams are bolted and spliced to form the main beam, and construction is convenient and fast.
本发明公开了一种全装配式建筑的预制梁板体系及其梁板模块预制方法，体系包括若干梁板模块，梁板模块主要包括钢梁和钢筋混凝土楼板，两钢梁平行布置，钢筋混凝土楼板有上层钢筋网架和下层钢筋网架，两层钢筋网架固定于两钢梁之间的上部后浇筑混凝土，使钢筋混凝土与钢梁形成一体化结构，楼板的两端对称伸出于钢梁外，钢筋网架的纵向钢筋两端对称伸出于楼板外；相邻的梁板模块的拼装侧钢梁靠齐后通过紧固件连接固定形成主梁。工厂内机械化、标准化加工的各梁板模块使楼板的混凝土厚度以及保护层厚度均可得到保证，且梁板加工进度不受天气和季节影响，板式结构便于运输，且现场基本无湿作业，钢梁栓接双拼形成主梁，施工便捷。
Prefabricated beam-slab system of full-fabricated building and beam-slab module prefabricating method of prefabricated beam-slab system
The invention discloses a prefabricated beam-slab system of a full-fabricated building and a beam-slab module prefabricating method.The system comprises a plurality of beam-slab modules, each beam-slab module mainly comprises steel beams and a reinforced concrete floor, the two steel beams are arranged in parallel, and each reinforced concrete floor is provided with an upper-layer steel bar net rack and a lower-layer steel bar net rack; after two layers of reinforcement net racks are fixed to the upper portion between the two steel beams, concrete is poured, reinforced concrete and the steel beams form an integrated structure, the two ends of the floor symmetrically extend out of the steel beams, and the two ends of longitudinal reinforcements of the reinforcement net racks symmetrically extend out of the floor; the splicing side steel beams of the adjacent beam and slab modules are aligned and then connected and fixed through fasteners to form the main beams. The concrete thickness and the protective layer thickness of the floor slab can be guaranteed through the beam slab modules machined mechanically and standardly in a factory, the beam slab machining progress is not affected by weather and seasons, the plate type structure is convenient to transport, wet operation basically does not exist on site, the steel beams are bolted and spliced to form the main beam, and construction is convenient and fast.
本发明公开了一种全装配式建筑的预制梁板体系及其梁板模块预制方法，体系包括若干梁板模块，梁板模块主要包括钢梁和钢筋混凝土楼板，两钢梁平行布置，钢筋混凝土楼板有上层钢筋网架和下层钢筋网架，两层钢筋网架固定于两钢梁之间的上部后浇筑混凝土，使钢筋混凝土与钢梁形成一体化结构，楼板的两端对称伸出于钢梁外，钢筋网架的纵向钢筋两端对称伸出于楼板外；相邻的梁板模块的拼装侧钢梁靠齐后通过紧固件连接固定形成主梁。工厂内机械化、标准化加工的各梁板模块使楼板的混凝土厚度以及保护层厚度均可得到保证，且梁板加工进度不受天气和季节影响，板式结构便于运输，且现场基本无湿作业，钢梁栓接双拼形成主梁，施工便捷。
Prefabricated beam-slab system of full-fabricated building and beam-slab module prefabricating method of prefabricated beam-slab system
一种全装配式建筑的预制梁板体系及其梁板模块预制方法
ZHOU LINGYU (author) / ZHU YIBO (author) / LIAO FEI (author) / PENG YIZHOU (author) / ZHOU QUAN (author) / LIN TAO (author) / DAI CHAOHU (author) / LEE BUN-KYU (author) / XU ZENGWU (author) / JIANG WEI (author)
2022-03-25
Patent
Electronic Resource
Chinese
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