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Effect of Micro-Climatic Condition on Durability Performance ofConcrete

机译:微气候条件对混凝土耐久性能的影响

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摘要

The most common deterioration cause of concrete structures over the world is chloride ions attacks. Thus, service life modeling of concrete is a crucial issue in civil engineering society. Many studies on the topic have been accomplished, however, it is not easy to review literatures about environmental analysis, in particular micro-climatic condition of concrete under chloride laden environment. Since the durability of concrete depends on the properties of the surface concrete, micro-climatic condition which influences on surface concrete realistically should be considered. This study is devoted to analysis the micro-climatic condition of concrete structures, based on the in-situ monitoring of weather in marine environment. The outcome will be combined with modules of material parameters such as chloride difrusivity, surface chloride content, and so on. It is expected that the result of this work should be available for the prediction of chloride profile of marine concrete at atmospheric zone or tidal zone.
机译:全世界混凝土结构最常见的劣化原因是氯离子侵蚀。因此,混凝土的使用寿命建模是土木工程社会中的关键问题。关于该主题的许多研究已经完成,但是,要回顾有关环境分析的文献并不容易,特别是在含氯环境下混凝土的微气候条件。由于混凝土的耐久性取决于表面混凝土的性能,因此应考虑实际影响表面混凝土的微气候条件。这项研究致力于基于对海洋环境天气的现场监测来分析混凝土结构的微气候条件。结果将与材料参数模块(例如氯化物的易碎性,表面氯化物的含量等)组合在一起。预期这项工作的结果应可用于预测大气层或潮汐区的海工混凝土的氯化物分布。

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