Investigation of effects of chemicals on strength and durablity of hardended concrete

Girish Joshi, Amol Pote, Shripad Umale
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Abstract

Over the last few decades, the concrete use has expanded dramatically in different types of structures, like industrial, residential, water storage etc. The concrete is generally very strong and can have different properties such as high compressive strength and flexural strength. In terms of resistant to various chemical, the life of concrete is generally affected by the hardening method, finish etc. and the materials proportion. The concrete deteriorates chemically in acidic environment. Concrete structures can be exposed to academic environment in a variety of environments including acid spills, acid rain, drainage systems, chemical plants, hot springs and industry wastewater. In the below case, the acidic that act on concrete are different and the span of the attack can vary from minutes to number of years.
化学物质对硬化混凝土强度和耐久性影响的研究
在过去的几十年里,混凝土在不同类型的结构中的应用急剧扩大,如工业、住宅、储水等。混凝土通常非常坚固,并且可以具有不同的性能,例如高抗压强度和抗弯强度。在抗各种化学物质方面,混凝土的寿命一般受硬化方式、表面处理等和材料配比的影响。混凝土在酸性环境中会发生化学变质。混凝土结构可以暴露在各种环境中的学术环境,包括酸泄漏,酸雨,排水系统,化工厂,温泉和工业废水。在下面的例子中,作用在混凝土上的酸是不同的,攻击的持续时间从几分钟到几年不等。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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