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A platform for research: civil engineering, architecture and urbanism
Cast-in-place hollow floor slab structure based on HTM magnesium alloy internal mold and construction method
The invention discloses a cast-in-place hollow floor slab structure based on an HTM magnesium alloy internal mold and a construction method, and relates to the technical field of building construction, an internal mold box body is light in dead weight and easy to carry, the construction strength can be effectively reduced, and the labor cost is reduced; and meanwhile, the structure anti-seismic performance is good. The cast-in-situ hollow floor slab structure based on the HTM magnesium alloy internal mold comprises the magnesium alloy internal mold and ribbed beam units arranged in parallel in a latticed mode. The magnesium alloy inner mold is supported at a formwork at the bottom of a floor through a positioning anti-floating connecting piece, and the positioning anti-floating connecting piece can be used for fine adjustment to avoid steel bars and achieve the anti-floating function at the same time. The magnesium alloy inner mold is an HTM magnesium alloy hollow shell, and a non-ribbed structure or a ribbed structure is selected according to the load of a floor slab; in addition, the shapes of the special-shaped floor slab and the magnesium alloy internal mold at the opening position of the floor slab are independently configured according to the actual situation on site.
一种基于HTM镁合金内模的现浇空心楼板结构及施工方法，涉及建筑施工技术领域，其内模箱体自重轻，易于搬运，能够有效降低施工强度，并减少劳动力成本；与此同时，具有良好地结构抗震性能。所述基于HTM镁合金内模的现浇空心楼板结构，包括：镁合金内模，以及网格状平行排列的肋梁单元；所述镁合金内模通过定位抗浮连接件支撑于楼板底部的模板处，且所述定位抗浮连接件能够用于微调以避开钢筋同时实现抗浮功能；所述镁合金内模为HTM镁合金空心壳体，根据楼板荷载大小选择不带肋型或带肋型结构；并且，异形楼板及楼板开洞处的镁合金内模的形状根据现场实际情况进行单独配置。
Cast-in-place hollow floor slab structure based on HTM magnesium alloy internal mold and construction method
The invention discloses a cast-in-place hollow floor slab structure based on an HTM magnesium alloy internal mold and a construction method, and relates to the technical field of building construction, an internal mold box body is light in dead weight and easy to carry, the construction strength can be effectively reduced, and the labor cost is reduced; and meanwhile, the structure anti-seismic performance is good. The cast-in-situ hollow floor slab structure based on the HTM magnesium alloy internal mold comprises the magnesium alloy internal mold and ribbed beam units arranged in parallel in a latticed mode. The magnesium alloy inner mold is supported at a formwork at the bottom of a floor through a positioning anti-floating connecting piece, and the positioning anti-floating connecting piece can be used for fine adjustment to avoid steel bars and achieve the anti-floating function at the same time. The magnesium alloy inner mold is an HTM magnesium alloy hollow shell, and a non-ribbed structure or a ribbed structure is selected according to the load of a floor slab; in addition, the shapes of the special-shaped floor slab and the magnesium alloy internal mold at the opening position of the floor slab are independently configured according to the actual situation on site.
一种基于HTM镁合金内模的现浇空心楼板结构及施工方法，涉及建筑施工技术领域，其内模箱体自重轻，易于搬运，能够有效降低施工强度，并减少劳动力成本；与此同时，具有良好地结构抗震性能。所述基于HTM镁合金内模的现浇空心楼板结构，包括：镁合金内模，以及网格状平行排列的肋梁单元；所述镁合金内模通过定位抗浮连接件支撑于楼板底部的模板处，且所述定位抗浮连接件能够用于微调以避开钢筋同时实现抗浮功能；所述镁合金内模为HTM镁合金空心壳体，根据楼板荷载大小选择不带肋型或带肋型结构；并且，异形楼板及楼板开洞处的镁合金内模的形状根据现场实际情况进行单独配置。
Cast-in-place hollow floor slab structure based on HTM magnesium alloy internal mold and construction method
一种基于HTM镁合金内模的现浇空心楼板结构及施工方法
LI FENG (author) / JI XINGHAI (author) / WANG QIMING (author)
2024-02-13
Patent
Electronic Resource
Chinese
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