A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a reverse construction method for a circulating water frame of a water cooling tower, which is characterized in that a water suction pool and a water collecting pool of the water cooling tower are respectively closed reinforced concrete pools with different elevations and are partially intersected in a wall sharing manner, and a post-cast expansion reinforcing band is reserved in the midspan of the wall sharing position to divide the water collecting pool into two parts for construction; constructing a water collecting pool bottom plate, beams, columns and pool walls on the non-intersecting side of the water collecting pool and the water suction pool, and simultaneously constructing the pool walls of the water suction pool; constructing a water collecting tank bottom plate on one side where the water collecting tank intersects with the water suction tank, and pouring the water collecting tank bottom plate and the water suction tank wall at the same time; and finally, constructing a top plate of the water suction pool and columns and beams on one side of the water collection pool intersected with the water suction pool. The construction method facilitates construction organization and cross construction of the water collecting pool and the water suction pool, the construction period is reasonably and compactly controlled, and the construction cost is integrally saved.
本发明公开了一种凉水塔循环水框架逆序施工方法，吸水池与凉水塔的集水池分别为不同标高的封闭式钢筋混凝土水池并部分共壁相交，在共壁位置跨中留设后浇式膨胀加强带，将集水池分隔为两个部分施工，施工集水池与吸水池不相交一侧的集水池底板、梁、柱和池壁，同时施工吸水池池壁；再施工集水池与吸水池相交一侧的集水池底板，并与吸水池池壁同时浇筑；最后施工吸水池顶板和集水池与吸水池相交一侧的柱、梁。上述施工方法便于施工组织以及方便集水池与吸水池的交叉施工，工期控制合理紧凑，整体节约了施工成本。
The invention discloses a reverse construction method for a circulating water frame of a water cooling tower, which is characterized in that a water suction pool and a water collecting pool of the water cooling tower are respectively closed reinforced concrete pools with different elevations and are partially intersected in a wall sharing manner, and a post-cast expansion reinforcing band is reserved in the midspan of the wall sharing position to divide the water collecting pool into two parts for construction; constructing a water collecting pool bottom plate, beams, columns and pool walls on the non-intersecting side of the water collecting pool and the water suction pool, and simultaneously constructing the pool walls of the water suction pool; constructing a water collecting tank bottom plate on one side where the water collecting tank intersects with the water suction tank, and pouring the water collecting tank bottom plate and the water suction tank wall at the same time; and finally, constructing a top plate of the water suction pool and columns and beams on one side of the water collection pool intersected with the water suction pool. The construction method facilitates construction organization and cross construction of the water collecting pool and the water suction pool, the construction period is reasonably and compactly controlled, and the construction cost is integrally saved.
本发明公开了一种凉水塔循环水框架逆序施工方法，吸水池与凉水塔的集水池分别为不同标高的封闭式钢筋混凝土水池并部分共壁相交，在共壁位置跨中留设后浇式膨胀加强带，将集水池分隔为两个部分施工，施工集水池与吸水池不相交一侧的集水池底板、梁、柱和池壁，同时施工吸水池池壁；再施工集水池与吸水池相交一侧的集水池底板，并与吸水池池壁同时浇筑；最后施工吸水池顶板和集水池与吸水池相交一侧的柱、梁。上述施工方法便于施工组织以及方便集水池与吸水池的交叉施工，工期控制合理紧凑，整体节约了施工成本。
Reverse construction method for circulating water frame of water cooling tower
凉水塔循环水框架逆序施工方法
2024-02-09
Patent
Electronic Resource
Chinese
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