A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Reinforcing method for overall preservation of historical building wall
The invention discloses a reinforcing method for overall retention of a historical building wall, which comprises the following steps: pouring a foundation raft in a historical building, and pressing the outer edge of the foundation raft against an enlarged foot of a foundation of the historical building wall; concrete wall bodies are poured on the inner side of the outer wall and the two opposite sides of the inner wall of the historical building correspondingly, so that the concrete wall bodies are supported on prefabricated floor slabs of the historical building; prefabricated floor slabs of multiple rooms of the historical building are dismantled in two batches, and when the prefabricated floor slabs of the first batch are dismantled, the prefabricated floor slabs of the multiple rooms are dismantled at intervals; after the prefabricated floor slabs of the first batch of rooms are dismantled, steel supports are installed in the first batch of rooms, and the steel supports are supported between walls on the two opposite sides of the first batch of rooms; concrete floors are poured in the first batch of rooms; prefabricated floor slabs of the second batch of rooms are dismantled, and concrete floor slabs are poured; and reinforcing the historical building layer by layer from bottom to top. According to the method, the problems of high construction cost and loss of historical traceability in historical building demolition and reconstruction are solved.
本发明公开了一种历史建筑墙体整体保留的加固方法，于历史建筑的内部浇筑基础筏板，基础筏板的外缘压抵于历史建筑的墙体的基础的放大脚上；于历史建筑的外墙的内侧和内墙的相对两侧分别浇筑混凝土墙体，使得混凝土墙体支撑于历史建筑的预制楼板；分两批拆除历史建筑的多个房间的预制楼板，在拆除第一批的预制楼板时，间隔式拆除多个房间的预制楼板；在第一批的房间的预制楼板拆除后，于第一批的房间内安装钢支撑，钢支撑支撑于第一批的房间的相对两侧的墙体之间；于第一批的房间内浇筑混凝土楼板；拆除第二批的房间的预制楼板并浇筑混凝土楼板；自下而上逐层加固历史建筑。本发明解决了历史建筑拆除重建存在施工成本高且失去历史可追溯性的问题。
Reinforcing method for overall preservation of historical building wall
The invention discloses a reinforcing method for overall retention of a historical building wall, which comprises the following steps: pouring a foundation raft in a historical building, and pressing the outer edge of the foundation raft against an enlarged foot of a foundation of the historical building wall; concrete wall bodies are poured on the inner side of the outer wall and the two opposite sides of the inner wall of the historical building correspondingly, so that the concrete wall bodies are supported on prefabricated floor slabs of the historical building; prefabricated floor slabs of multiple rooms of the historical building are dismantled in two batches, and when the prefabricated floor slabs of the first batch are dismantled, the prefabricated floor slabs of the multiple rooms are dismantled at intervals; after the prefabricated floor slabs of the first batch of rooms are dismantled, steel supports are installed in the first batch of rooms, and the steel supports are supported between walls on the two opposite sides of the first batch of rooms; concrete floors are poured in the first batch of rooms; prefabricated floor slabs of the second batch of rooms are dismantled, and concrete floor slabs are poured; and reinforcing the historical building layer by layer from bottom to top. According to the method, the problems of high construction cost and loss of historical traceability in historical building demolition and reconstruction are solved.
本发明公开了一种历史建筑墙体整体保留的加固方法，于历史建筑的内部浇筑基础筏板，基础筏板的外缘压抵于历史建筑的墙体的基础的放大脚上；于历史建筑的外墙的内侧和内墙的相对两侧分别浇筑混凝土墙体，使得混凝土墙体支撑于历史建筑的预制楼板；分两批拆除历史建筑的多个房间的预制楼板，在拆除第一批的预制楼板时，间隔式拆除多个房间的预制楼板；在第一批的房间的预制楼板拆除后，于第一批的房间内安装钢支撑，钢支撑支撑于第一批的房间的相对两侧的墙体之间；于第一批的房间内浇筑混凝土楼板；拆除第二批的房间的预制楼板并浇筑混凝土楼板；自下而上逐层加固历史建筑。本发明解决了历史建筑拆除重建存在施工成本高且失去历史可追溯性的问题。
Reinforcing method for overall preservation of historical building wall
历史建筑墙体整体保留的加固方法
TANG GEWEI (author) / ZHANG BEI (author) / HUANG JINLONG (author) / MAI HONGYUAN (author) / LU SHOULIANG (author) / LIANG SIMIN (author) / QIN MINNING (author)
2024-10-15
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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