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A platform for research: civil engineering, architecture and urbanism
Construction method of frame structure close splicing type laminated slab building structure
The invention discloses a construction method of a frame structure dense splicing type laminated slab building structure, the structure comprises a building structure main body, a supporting template system and laminated slabs, and the building structure main body is a plurality of rectangular frame structures formed by a plurality of supporting columns and cross beams; the supporting formwork system comprises a full framing, a beam enclosure structure and a supporting structure, wherein the beam enclosure structure and the supporting structure are installed on the full framing. The beam enclosure structure comprises a joist, a sole timber, a U-shaped enclosure template, a supporting square timber, a fixed steel pipe and an opposite-pull screw rod; the supporting structure is a supporting plate; the plurality of laminated slabs are tightly spliced and arranged on the supporting structure; the construction method comprises the following steps: step 1, preparing a laminated slab; secondly, a supporting system is built; thirdly, dense splicing construction of the laminated slabs is conducted; and fourthly, a cast-in-place structure is constructed. According to the method, good structural stability is achieved in dense splicing construction, the problems of structural cracks and splicing slurry leakage are avoided, a supporting system is stable and reliable, meanwhile, a construction platform is provided, construction operation is convenient, and generalizability is high.
本发明公开了一种框架结构密拼式叠合板建筑结构的施工方法，该结构包括建筑结构主体、支撑模板体系及叠合板，建筑结构主体为由若干根支撑柱和横梁形成的多个矩形框架结构；支撑模板体系包括满堂支架、安装在满堂支架上的梁围护结构和支撑结构；梁围护结构包括托梁、垫木、U形围护模板、支撑方木、固定钢管和对拉螺杆；支撑结构为支撑板；多块叠合板紧密拼接设置在支撑结构上；该施工方法包括步骤一，叠合板准备；步骤二，支撑体系搭建；步骤三，叠合板密拼施工；步骤四，现浇结构施工。该方法在密拼施工中具有较好的结构稳定性，避免了产生结构裂缝及拼接漏浆的问题，支撑体系稳定可靠，同时提供了施工平台，便于施工作业，可推广性强。
Construction method of frame structure close splicing type laminated slab building structure
The invention discloses a construction method of a frame structure dense splicing type laminated slab building structure, the structure comprises a building structure main body, a supporting template system and laminated slabs, and the building structure main body is a plurality of rectangular frame structures formed by a plurality of supporting columns and cross beams; the supporting formwork system comprises a full framing, a beam enclosure structure and a supporting structure, wherein the beam enclosure structure and the supporting structure are installed on the full framing. The beam enclosure structure comprises a joist, a sole timber, a U-shaped enclosure template, a supporting square timber, a fixed steel pipe and an opposite-pull screw rod; the supporting structure is a supporting plate; the plurality of laminated slabs are tightly spliced and arranged on the supporting structure; the construction method comprises the following steps: step 1, preparing a laminated slab; secondly, a supporting system is built; thirdly, dense splicing construction of the laminated slabs is conducted; and fourthly, a cast-in-place structure is constructed. According to the method, good structural stability is achieved in dense splicing construction, the problems of structural cracks and splicing slurry leakage are avoided, a supporting system is stable and reliable, meanwhile, a construction platform is provided, construction operation is convenient, and generalizability is high.
本发明公开了一种框架结构密拼式叠合板建筑结构的施工方法，该结构包括建筑结构主体、支撑模板体系及叠合板，建筑结构主体为由若干根支撑柱和横梁形成的多个矩形框架结构；支撑模板体系包括满堂支架、安装在满堂支架上的梁围护结构和支撑结构；梁围护结构包括托梁、垫木、U形围护模板、支撑方木、固定钢管和对拉螺杆；支撑结构为支撑板；多块叠合板紧密拼接设置在支撑结构上；该施工方法包括步骤一，叠合板准备；步骤二，支撑体系搭建；步骤三，叠合板密拼施工；步骤四，现浇结构施工。该方法在密拼施工中具有较好的结构稳定性，避免了产生结构裂缝及拼接漏浆的问题，支撑体系稳定可靠，同时提供了施工平台，便于施工作业，可推广性强。
Construction method of frame structure close splicing type laminated slab building structure
一种框架结构密拼式叠合板建筑结构的施工方法
LI ZI (author) / LEI XIAOJUAN (author) / FENG MIN (author) / PENG QIBING (author) / LI QUANZHI (author) / SUN GUOPING (author) / LIU HONG (author) / ZHOU WENBIN (author) / TAIRA TAKESHI (author)
2023-11-10
Patent
Electronic Resource
Chinese
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