A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Integrated inclined wrapping type stone strip floor reinforcing structure
The invention discloses an integrated inclined wrapping type stone strip floor slab reinforcing structure in the technical field of wrapping type stone strip floor slab reinforcing structures, which comprises a strip-shaped stone slab, a high-strength steel wire mesh, a carbon fiber grid and (carbon fiber grid/high-strength steel wire mesh) special mortar, and the reinforcing range is a local area of 1/3-1/2 of the midspan of a floor slab. The whole stone floor slab is wrapped with an uninterrupted carbon fiber grid/high-strength steel wire mesh transversely and obliquely by a certain angle from the lower surface to the upper surface, and the carbon fiber grid/high-strength steel wire mesh and the stone floor slab are bonded with special mortar as a base layer. According to the reinforcing scheme, the high-strength steel wires/carbon fiber grids are used for conducting integrated inclined wrapping type reinforcing on the stone strip floor, the cooperative stress performance of the strip-shaped stone in the stone floor is enhanced, meanwhile, longitudinal reinforcing measures can be additionally arranged at the bottom of the wrapped strip-shaped stone, the overall bearing capacity of the stone floor is further improved, and the scheme is easy to operate, low in cost and suitable for popularization and application. Therefore, the method has wide engineering application and popularization value.
本发明公开了包裹式石条楼板加固结构技术领域的一种一体倾斜包裹式石条楼板加固结构，包括条状石板、高强钢丝网、碳纤维网格、(碳纤维网格/高强钢丝网)专用砂浆，加固范围为楼板跨中1/3‑1/2的局部区域，将石楼板整体用一条不间断的碳纤维网格/高强钢丝网横向并倾斜一定角度从下表面包裹至上表面，用专用砂浆做基层将碳纤维网格/高强钢丝网与石楼板进行粘结，本加固方案用高强钢丝/碳纤维网格对石条楼板进行一体倾斜包裹式加固，增强石楼板中条状石材的协同受力性能，同时可通过在被包裹条状石材底部增设纵向加强措施，进一步提升石楼板的整体承载力，且该方案操作简单、成本低廉，因此具备广泛的工程应用和推广价值。
Integrated inclined wrapping type stone strip floor reinforcing structure
The invention discloses an integrated inclined wrapping type stone strip floor slab reinforcing structure in the technical field of wrapping type stone strip floor slab reinforcing structures, which comprises a strip-shaped stone slab, a high-strength steel wire mesh, a carbon fiber grid and (carbon fiber grid/high-strength steel wire mesh) special mortar, and the reinforcing range is a local area of 1/3-1/2 of the midspan of a floor slab. The whole stone floor slab is wrapped with an uninterrupted carbon fiber grid/high-strength steel wire mesh transversely and obliquely by a certain angle from the lower surface to the upper surface, and the carbon fiber grid/high-strength steel wire mesh and the stone floor slab are bonded with special mortar as a base layer. According to the reinforcing scheme, the high-strength steel wires/carbon fiber grids are used for conducting integrated inclined wrapping type reinforcing on the stone strip floor, the cooperative stress performance of the strip-shaped stone in the stone floor is enhanced, meanwhile, longitudinal reinforcing measures can be additionally arranged at the bottom of the wrapped strip-shaped stone, the overall bearing capacity of the stone floor is further improved, and the scheme is easy to operate, low in cost and suitable for popularization and application. Therefore, the method has wide engineering application and popularization value.
本发明公开了包裹式石条楼板加固结构技术领域的一种一体倾斜包裹式石条楼板加固结构，包括条状石板、高强钢丝网、碳纤维网格、(碳纤维网格/高强钢丝网)专用砂浆，加固范围为楼板跨中1/3‑1/2的局部区域，将石楼板整体用一条不间断的碳纤维网格/高强钢丝网横向并倾斜一定角度从下表面包裹至上表面，用专用砂浆做基层将碳纤维网格/高强钢丝网与石楼板进行粘结，本加固方案用高强钢丝/碳纤维网格对石条楼板进行一体倾斜包裹式加固，增强石楼板中条状石材的协同受力性能，同时可通过在被包裹条状石材底部增设纵向加强措施，进一步提升石楼板的整体承载力，且该方案操作简单、成本低廉，因此具备广泛的工程应用和推广价值。
Integrated inclined wrapping type stone strip floor reinforcing structure
一种一体倾斜包裹式石条楼板加固结构
HUANG JIZHUO (author) / CHEN FENG (author) / ZHANG XIUYI (author) / YANG JIANJUN (author) / LI YANHONG (author) / ZHANG ZHENG (author) / YANG XIAOHUI (author) / YAN DONGSHENG (author) / WU HUIXIAN (author) / ZHENG LIWANG (author)
2022-07-01
Patent
Electronic Resource
Chinese
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