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A platform for research: civil engineering, architecture and urbanism
Staggered skip-floor construction method for fabricated steel structure house
The invention discloses a staggered spring-floor construction method for a fabricated steel structure house. The staggered spring-floor construction method comprises the steps of constructing a staggered steel column structure, constructing a steel column structure and constructing a floor support plate structure. A plurality of first steel columns and a plurality of second steel columns are arranged on the ground foundation in an array mode; comprising the steps that a first steel column is built, and a plurality of connecting units of short steel columns and long steel columns are sequentially connected from bottom to top; comprising the steps that a second steel column is built, and a plurality of connecting units of long steel columns and short steel columns are sequentially connected from bottom to top; a plurality of steel beam layer units are built on the staggered steel column structure from bottom to top in the vertical direction, and each steel beam layer unit comprises an upper steel beam layer and a lower steel beam layer which are adjacent to each other; and building a floor support plate structure, wherein a plurality of floor support plates are built on the staggered steel column structure from bottom to top in the vertical direction, and each floor support plate is borne through a steel beam layer. The method has the characteristics of high construction speed and high precision, and is suitable for the construction occasion of the fabricated steel structure house.
本发明公开了一种装配式钢结构住宅错位跃层建造方法，包括建造错位钢柱结构、建造钢柱结构和建造楼承板结构；建造错位钢柱结构：在地面基础上阵列布置多个第一钢柱和多个第二钢柱；包括建造第一钢柱，由下到上依次连接多个短钢柱+长钢柱的连接单元；包括建造第二钢柱，由下到上依次连接多个长钢柱+短钢柱的连接单元；建造钢梁结构：包括在错位钢柱结构上沿竖向由下到上建造多个钢梁层单元，各钢梁层单元包括相邻的上钢梁层和下钢梁层；建造楼承板结构：包括在错位钢柱结构上沿竖向由下到上建造多个楼承板，各楼承板分别通过一个钢梁层承载。具有施工速度快、精度高的特点，适合于装配式钢结构住宅的建造场合。
Staggered skip-floor construction method for fabricated steel structure house
The invention discloses a staggered spring-floor construction method for a fabricated steel structure house. The staggered spring-floor construction method comprises the steps of constructing a staggered steel column structure, constructing a steel column structure and constructing a floor support plate structure. A plurality of first steel columns and a plurality of second steel columns are arranged on the ground foundation in an array mode; comprising the steps that a first steel column is built, and a plurality of connecting units of short steel columns and long steel columns are sequentially connected from bottom to top; comprising the steps that a second steel column is built, and a plurality of connecting units of long steel columns and short steel columns are sequentially connected from bottom to top; a plurality of steel beam layer units are built on the staggered steel column structure from bottom to top in the vertical direction, and each steel beam layer unit comprises an upper steel beam layer and a lower steel beam layer which are adjacent to each other; and building a floor support plate structure, wherein a plurality of floor support plates are built on the staggered steel column structure from bottom to top in the vertical direction, and each floor support plate is borne through a steel beam layer. The method has the characteristics of high construction speed and high precision, and is suitable for the construction occasion of the fabricated steel structure house.
本发明公开了一种装配式钢结构住宅错位跃层建造方法，包括建造错位钢柱结构、建造钢柱结构和建造楼承板结构；建造错位钢柱结构：在地面基础上阵列布置多个第一钢柱和多个第二钢柱；包括建造第一钢柱，由下到上依次连接多个短钢柱+长钢柱的连接单元；包括建造第二钢柱，由下到上依次连接多个长钢柱+短钢柱的连接单元；建造钢梁结构：包括在错位钢柱结构上沿竖向由下到上建造多个钢梁层单元，各钢梁层单元包括相邻的上钢梁层和下钢梁层；建造楼承板结构：包括在错位钢柱结构上沿竖向由下到上建造多个楼承板，各楼承板分别通过一个钢梁层承载。具有施工速度快、精度高的特点，适合于装配式钢结构住宅的建造场合。
Staggered skip-floor construction method for fabricated steel structure house
一种装配式钢结构住宅错位跃层建造方法
WANG GUOCHUAN (author) / YAN KUN (author) / YAN XUEFENG (author) / LI XIAOSA (author) / MENG XIANGLAI (author) / ZHANG TAO (author) / ZHANG ZUOPEI (author) / JIANG LANG (author) / WANG MIAN (author) / ZHANG QINGHAO (author)
2023-06-06
Patent
Electronic Resource
Chinese
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