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首页> 外文期刊>International Journal of Mechanics and Solids >Vulnerability Assessment of Geo Polymer Concrete
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Vulnerability Assessment of Geo Polymer Concrete

机译:Geo聚合物混凝土脆弱性评估

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摘要

World's most smart revolutions are from the construction industry, making sustainable developments in the construction industry lead to healthy environment. Cement is the major material required for construction purpose. In fast growing areas there is a more need for the occupancy, which ultimately results in the increase in the production of cement, for every production of 1 KG of cement there is 980 gms emission of carbon dioxide, which is the major contributor of green house effect and global warming, by considering the aspects in more eco friendly way there will be always a tenable solution to it. Due the revolution in construction industry, there is a vast research going on to find the alternate material to cement. One of the alternative material I prefer In this research paper is alkali activated fly ash slag recycle concrete (AAFSRC). The performance of AAFSRC with sodium hydroxide and potassium hydroxide, as alkali activators are studied. All the activators are used at 4% Na2O (by weight of slag). The scope of the work covered four mixes: a normal strength OPC control mix, potassium hydroxide activated fly ash-slag, sodium hydroxide activated fly ash-slag, combination of (NaOH +KOH). The results are given for 3, 7, 14 and 28 days.
机译:世界上最聪明的革命来自建筑业,使建筑行业的可持续发展导致健康的环境。水泥是施工目的所需的主要材料。在快速增长的地区,占用率更需要,这最终导致水泥生产的增加,每种产量为1公斤水泥,有980 GMS排放二氧化碳,这是绿房的主要贡献者效果和全球变暖,考虑到更加生态友好的方式,将总是一个可行的解决方案。由于建筑行业的革命,有一个巨大的研究继续找到水泥的替代材料。我更喜欢本研究论文中的一种替代材料是碱活性粉煤灰渣再循环混凝土(AAFSRC)。研究了AAFSRC与氢氧化钠和氢氧化钾的性能,作为碱活化剂。所有活化剂均在4%Na 2 O(按重量级)中使用。工作范围有四种混合物:正常强度OPC控制混合物,氢氧化钾活性粉煤灰 - 渣,氢氧化钠活性粉煤灰 - 渣,(NaOH + KOH)的组合。结果给出了3,7,14和28天。

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