摘要
随着我国科技的发展,用于科研的水下条件实验室越来越普遍,超大超深水池成为目前的一种科技趋势。本工程水池为亚洲第一大水下条件实验室(长90.0m×宽24.0m×深15.0m),水池侧墙为带肋式钢筋混凝土悬臂结构,水池侧墙高15m、厚0.6m,肋板厚0.6m,横跨水池侧墙顶设置拖曳机构,拖曳机构安置于侧墙上部的导轨上。本工程水池侧壁具有长、高、薄等特点,因此超高带肋水池侧墙支撑体系为本工程施工重点。
With the development of China's science and technology,the underwater conditions laboratory used for scientific research is becoming more and more common. This engineering laboratory pool for the first big Asian underwater conditions( 90 meters long,24 meters wide,15 meters deep),the side wall of the pool is a ribbed reinforced concrete cantilever structure,pool side wall is 15 meters high,side walls are 0. 6 meters thick,the floor thickness across the side wall of the pool is towed mechanism,towing agency placed on the side walls of guide rail. The side wall of this project has some characteristics such as long,high and thin. Therefore,the side wall support system of super high ribbed pool is the key point of this project.
出处
《施工技术》
CAS
2018年第5期114-117,132,共5页
Construction Technology
关键词
混凝土结构
悬臂结构
水池
支撑体系
侧墙
施工技术
concrete structures
cantilever
pool
support system
side walls
construction