A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Low village and town energy-saving house suitable for coastal area and construction method
The invention belongs to the field of fabricated village and town building structures, and provides a low village and town energy-saving house suitable for coastal areas and a construction method. The ribs are arranged on the two sides and the top of the prefabricated wallboard and extend into the edge component reinforcing mesh, the edge components can be poured into concrete together when being poured, and effective connection of the prefabricated components is achieved. The prefabricated wallboards can remarkably improve the overall assembly degree of the structure while guaranteeing the bearing capacity and rigidity, and the integrity and the anti-seismic property are good; the heat-insulation integrated design of the external wall panel improves the energy-saving effect of the structure, can improve the durability of the structure, and realizes low carbon livability. By the adoption of the structural system, the construction quality can be improved, rural buildings develop towards the industrialization direction, the durability and the resident acceptance degree of the structural system are better than those of a steel structure, the construction convenience and the energy saving performance of the structural system are better than those of a masonry structure, the construction period can be effectively shortened, wet construction on a construction site is reduced, and the construction and operation and maintenance cost is greatly saved.
本发明属于装配式村镇建筑结构领域，提供了一种适于沿海地区的低矮村镇节能房屋及建造方法，采用现浇边缘构件约束一体化单排配筋预制墙板；预制墙板两侧及顶部出筋，出筋伸入边缘构件钢筋网中，浇筑边缘构件时会一并浇入混凝土中，实现预制构件的有效连接。预制墙板在保证承载力、刚度的同时可显著提高结构整体的装配化程度，整体性、抗震性能好；外墙板保温一体化设计提高结构节能效果且能够提升结构的耐久性，实现低碳宜居。采用该种结构体系能够提高施工质量，使村镇建筑向工业化方向发展，其耐久性、居民接受程度较钢结构更优，施工便捷性、能源节约性较砌体结构更优，能够有效的缩短施工工期、减少施工现场湿作业并大幅节约建造及运维成本。
Low village and town energy-saving house suitable for coastal area and construction method
The invention belongs to the field of fabricated village and town building structures, and provides a low village and town energy-saving house suitable for coastal areas and a construction method. The ribs are arranged on the two sides and the top of the prefabricated wallboard and extend into the edge component reinforcing mesh, the edge components can be poured into concrete together when being poured, and effective connection of the prefabricated components is achieved. The prefabricated wallboards can remarkably improve the overall assembly degree of the structure while guaranteeing the bearing capacity and rigidity, and the integrity and the anti-seismic property are good; the heat-insulation integrated design of the external wall panel improves the energy-saving effect of the structure, can improve the durability of the structure, and realizes low carbon livability. By the adoption of the structural system, the construction quality can be improved, rural buildings develop towards the industrialization direction, the durability and the resident acceptance degree of the structural system are better than those of a steel structure, the construction convenience and the energy saving performance of the structural system are better than those of a masonry structure, the construction period can be effectively shortened, wet construction on a construction site is reduced, and the construction and operation and maintenance cost is greatly saved.
本发明属于装配式村镇建筑结构领域，提供了一种适于沿海地区的低矮村镇节能房屋及建造方法，采用现浇边缘构件约束一体化单排配筋预制墙板；预制墙板两侧及顶部出筋，出筋伸入边缘构件钢筋网中，浇筑边缘构件时会一并浇入混凝土中，实现预制构件的有效连接。预制墙板在保证承载力、刚度的同时可显著提高结构整体的装配化程度，整体性、抗震性能好；外墙板保温一体化设计提高结构节能效果且能够提升结构的耐久性，实现低碳宜居。采用该种结构体系能够提高施工质量，使村镇建筑向工业化方向发展，其耐久性、居民接受程度较钢结构更优，施工便捷性、能源节约性较砌体结构更优，能够有效的缩短施工工期、减少施工现场湿作业并大幅节约建造及运维成本。
Low village and town energy-saving house suitable for coastal area and construction method
一种适于沿海地区的低矮村镇节能房屋及建造方法
WANG SHAOJIE (author) / CI MENGYAO (author) / ZHOU DAO (author) / SUN LEI (author) / WANG ZHILEI (author) / SUN JIANXING (author) / SUN HONGYU (author)
2023-03-03
Patent
Electronic Resource
Chinese
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