A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Super-thick waterside outer wall structure in artificial island building environment and construction method
The invention relates to the technical field of building construction, in particular to an ultra-thick water-facing outer wall structure in an artificial island building environment and a construction method.The ultra-thick water-facing outer wall structure comprises a building outer wall, a reinforcing mesh assembly and an interval supporting assembly, a heightening layer is arranged at the upper end of the building outer wall, and waterproof layers are laid on the sides, close to a water body, of the building outer wall and the heightening layer; the ring beam is arranged in the fat groove in one side of the bottom of the building outer wall, the heightening layer is arranged at the top of the building outer wall in a heightening mode, and when concrete construction is carried out, the first steel bars are positioned and fixed through the ring beam and the heightening layer, so that the problem that construction cannot be carried out due to the fact that water stop screws cannot be arranged and formwork fixing points are far is solved; in addition, when the first steel bars are constructed, the interval supporting assemblies are matched, a supporting piece far away from the outer wall of the building can be arranged at the position, where the first steel bars are prone to deformation, of the first steel bars, the strength of the temporary concrete structure is improved, cost is low, and the construction period is shortened.
本发明公开涉及建筑施工技术领域，具体为一种人工筑岛环境下超厚临水外墙结构及施工方法，包括建筑外墙、钢筋网组件和间隔支撑组件，所述建筑外墙上端设有加高层，建筑外墙和加高层靠近水体一侧铺设有防水层，通过在建筑外墙的底部一侧的肥槽内设置圈梁，以及建筑外墙的顶部加高设置加高层，在进行混凝土施工时，通过圈梁和加高层对第一钢筋进行定位固定，避免无法设置止水螺杆和支模固定点较远的无法施工问题，然后通过分层喷射混凝土的方式进行临水墙体施工，另外在第一钢筋施工时配合间隔支撑组件，可在第一钢筋易于变形的位置设置一个与建筑外墙相远离的支撑件，提高临时混凝土结构的强度，成本较低，缩减施工周期。
Super-thick waterside outer wall structure in artificial island building environment and construction method
The invention relates to the technical field of building construction, in particular to an ultra-thick water-facing outer wall structure in an artificial island building environment and a construction method.The ultra-thick water-facing outer wall structure comprises a building outer wall, a reinforcing mesh assembly and an interval supporting assembly, a heightening layer is arranged at the upper end of the building outer wall, and waterproof layers are laid on the sides, close to a water body, of the building outer wall and the heightening layer; the ring beam is arranged in the fat groove in one side of the bottom of the building outer wall, the heightening layer is arranged at the top of the building outer wall in a heightening mode, and when concrete construction is carried out, the first steel bars are positioned and fixed through the ring beam and the heightening layer, so that the problem that construction cannot be carried out due to the fact that water stop screws cannot be arranged and formwork fixing points are far is solved; in addition, when the first steel bars are constructed, the interval supporting assemblies are matched, a supporting piece far away from the outer wall of the building can be arranged at the position, where the first steel bars are prone to deformation, of the first steel bars, the strength of the temporary concrete structure is improved, cost is low, and the construction period is shortened.
本发明公开涉及建筑施工技术领域，具体为一种人工筑岛环境下超厚临水外墙结构及施工方法，包括建筑外墙、钢筋网组件和间隔支撑组件，所述建筑外墙上端设有加高层，建筑外墙和加高层靠近水体一侧铺设有防水层，通过在建筑外墙的底部一侧的肥槽内设置圈梁，以及建筑外墙的顶部加高设置加高层，在进行混凝土施工时，通过圈梁和加高层对第一钢筋进行定位固定，避免无法设置止水螺杆和支模固定点较远的无法施工问题，然后通过分层喷射混凝土的方式进行临水墙体施工，另外在第一钢筋施工时配合间隔支撑组件，可在第一钢筋易于变形的位置设置一个与建筑外墙相远离的支撑件，提高临时混凝土结构的强度，成本较低，缩减施工周期。
Super-thick waterside outer wall structure in artificial island building environment and construction method
一种人工筑岛环境下超厚临水外墙结构及施工方法
ZHUO TINGWANG (author) / JIANG QINGGANG (author) / LU JIAXIN (author) / TANG YUANZHEN (author) / LIU CHENGHUI (author) / ZHU HUI (author) / LAI YANBIN (author) / YE ZHOU (author)
2024-11-19
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Steel structure factory building outer wall and outer wall construction method
| European Patent Office | 2024