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Study on Development of Geo-polymer concrete using Nano materials-A Review
Abstract
This review paper explores the dynamic area of Geo-polymer concrete research and development, with a particular emphasis on the incorporation of Nano materials like Nano clay and graphene oxide. Because of its longer lifespan and reduced impact on the environment, geo-polymer concrete is quickly becoming a popular substitute for conventional Portland cement-based concrete. Improving the mechanical properties, durability, and overall performance of geo-polymer concrete is the goal of adding Nano materials to its formulations. The use of Nano clay and graphene oxide as Nano additives offers a potential way to accomplish these goals. Geo-polymer concrete is strengthened by the addition of Nano materials, especially Nano clay and graphene oxide, which have a notable filling effect on composites. Their effects on geo-polymer paste, mortar, and concrete have been thoroughly studied, and for this study we have studied the research papers conducted from 2016 to 2013.and the results show that they improve geo-polymerization reactions and create denser matrices, which lead to longer lasting and more effective geo-polymer concrete. The necessity for improvements is highlighted by the practicality of geo-polymer composites, notwithstanding their environmental superiority. This paper takes a close look at the latest developments, methods, and results in geo-polymer concrete development, particularly as they pertain to the use of Nano clay and graphene oxide.
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