A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
FRP-concrete structure, floating unit, floating platform and construction method
The invention provides an FRP-concrete structure, a floating unit, a floating platform and a construction method of the FRP-concrete structure. The FRP-concrete structure, the floating unit and the floating platform aim to solve the problem that an existing reinforced concrete member is poor in durability when used for an offshore floating structure. The FRP-concrete structure comprises an FRP component, a plurality of shear nail assemblies and a concrete layer, the shear nail assemblies are arranged in the FRP component, the FRP component is filled with the concrete layer, each shear nail assembly comprises a shear nail and a fiber bundle, one end of each fiber bundle is arranged in the corresponding shear nail, and the other end of each fiber bundle is arranged in the corresponding shear nail. The ends, away from the shear nails, of the fiber bundles extend out of the shear nails and are connected with the FRP components. The FRP-concrete structure provided by the invention has the advantages of high strength, strong bearing capacity and good durability.
为克服现有钢筋混凝土构件用于海上漂浮结构所面临的耐久性差问题，本申请提供一种FRP‑混凝土结构、漂浮单元、漂浮平台及其施工方法；FRP‑混凝土结构，包括FRP构件、多个剪力钉组件和混凝土层，多个所述剪力钉组件设置在所述FRP构件内，所述混凝土层填充于所述FRP构件内，所述剪力钉组件包括剪力钉和纤维束，所述纤维束的一端设置在所述剪力钉的内部，所述纤维束远离所述剪力钉的一端延伸出所述剪力钉并与所述FRP构件连接。本申请提供的FRP‑混凝土结构具有强度高、承载能力强、耐久性好。
FRP-concrete structure, floating unit, floating platform and construction method
The invention provides an FRP-concrete structure, a floating unit, a floating platform and a construction method of the FRP-concrete structure. The FRP-concrete structure, the floating unit and the floating platform aim to solve the problem that an existing reinforced concrete member is poor in durability when used for an offshore floating structure. The FRP-concrete structure comprises an FRP component, a plurality of shear nail assemblies and a concrete layer, the shear nail assemblies are arranged in the FRP component, the FRP component is filled with the concrete layer, each shear nail assembly comprises a shear nail and a fiber bundle, one end of each fiber bundle is arranged in the corresponding shear nail, and the other end of each fiber bundle is arranged in the corresponding shear nail. The ends, away from the shear nails, of the fiber bundles extend out of the shear nails and are connected with the FRP components. The FRP-concrete structure provided by the invention has the advantages of high strength, strong bearing capacity and good durability.
为克服现有钢筋混凝土构件用于海上漂浮结构所面临的耐久性差问题，本申请提供一种FRP‑混凝土结构、漂浮单元、漂浮平台及其施工方法；FRP‑混凝土结构，包括FRP构件、多个剪力钉组件和混凝土层，多个所述剪力钉组件设置在所述FRP构件内，所述混凝土层填充于所述FRP构件内，所述剪力钉组件包括剪力钉和纤维束，所述纤维束的一端设置在所述剪力钉的内部，所述纤维束远离所述剪力钉的一端延伸出所述剪力钉并与所述FRP构件连接。本申请提供的FRP‑混凝土结构具有强度高、承载能力强、耐久性好。
FRP-concrete structure, floating unit, floating platform and construction method
一种FRP-混凝土结构、漂浮单元、漂浮平台及施工方法
CHEN JIANFEI (author) / WU JIAYU (author) / WU HAITAO (author) / DENG FUHAO (author) / FENG XINGYA (author) / LIAN HUIHENG (author)
2024-02-13
Patent
Electronic Resource
Chinese
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