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Study on On-site Monitoring of Hydration Heat of Mass Concrete for Bridge Slab Based on Measured Data

机译:基于实测数据的桥面板大体积混凝土水化热现场监测研究

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Plagued by consistent temperature cracks caused by hydration heat of mass concrete construction, a lot of research on concrete DAMS and other large hydraulic concrete, the theory also more deeply, and for large span bridge foundation pile caps, corresponding much smaller size of mass concrete, the related research is less. This article obtains from the cooling water pipes "embedded" scheme optimization, based on the new Tianjin Haihe river bridge project as the engineering background, construction of the concrete hydration heat temperature rise theory model was set up, with the help of theory formula, the numerical simulation and field measurement, the hydration heat of concrete control method is founded by the test.
机译:由于大体积混凝土结构的水化热引起的持续的温度裂缝,以及对混凝土DAMS和其他大型水工混凝土的大量研究,这一理论也更加深入,对于大跨度桥梁基础桩帽,相应的大体积混凝土要小得多,相关研究较少。本文从冷却水管的“嵌入式”方案优化中,以新的天津海河大桥工程为工程背景,建立了混凝土水化热温升理论模型的构建,并借助理论公式,建立了水化热温升理论模型。通过数值模拟和现场测量,通过试验建立了混凝土水化热控制方法。

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