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俄罗斯联邦大厦工程位于俄罗斯首都莫斯科市,由A、B两座超高层塔楼组成,中建总公司承建的A塔地上部分共95层,为全现浇钢筋混凝土结构,随层高间隔设置4个结构转换层,主楼施工在混凝土标准层和结构转换层之间多次发生转变。本文详细阐述处于严寒地区、在结构变化复杂的工程中应用爬模施工时,既要保证混凝土施工质量,又要保证较快施工速度的主要技术措施和施工工艺。
Russian Federation building project is located in the Russian capital Moscow, by the A, B two super-tall towers, built in the construction of the company A Tower on the ground a total of 95 layers, all cast-in-place reinforced concrete structure, with the height of the interval set of 4 Structural transformation layer, the main building construction in the standard layer of concrete and structural transformation layer between many changes. This article elaborates in detail the main technical measures and construction techniques of ensuring the construction quality of concrete and ensuring the faster construction speed in the application of climbing construction in the project with severe structural changes in the severe cold areas.