Effectiveness of Curing Compound on Concrete

Dinesh W. Gawatre, Komal Sawant, Rupali Mule, Neha Waydande, Dhanashri Randeve, T. Shirsath
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引用次数: 5

Abstract

In construction industries concerte are basic requirement to built any construction. Concrete is manmade material which is used all over the world. Curing is the most important factor of the concrete to perform planned functions throughout designed life of structure while immoderate curing time may intensify the construction cost of project and irrelevant delay of project, where there is deficiency of water and on downhill surfaces where curing with water is problematic and in cases where large areas like pavement have to be cured. As stated earlier about the conventional curing methods the use of membrane curing compounds is very important from the frame of reference that water resources are getting precious every day. The upgrading in the construction and chemical industries have lead the way for development of new curing techniques and construction chemicals such as Membrane curing compounds, Self curing agents, Water proofing compounds. In this paper we will compare results of different grade of concrete and curing compounds with various climatic changes.
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混凝土养护复合材料的有效性
在建筑行业,混凝土是建造任何建筑的基本要求。混凝土是一种人造材料,世界各地都在使用。养护是混凝土在整个结构设计寿命期内执行规划功能的最重要因素,养护时间过长可能会增加工程的施工成本和工程的不相关延迟,特别是在缺水和用水养护存在问题的下坡表面,以及需要大面积养护的路面等情况下。正如前面提到的常规固化方法,从水资源日益宝贵的参考框架来看,膜固化化合物的使用是非常重要的。随着建筑工业和化工工业的升级换代,新型养护技术和建筑化学品如膜固化化合物、自固化剂、防水化合物等得到了发展。在本文中,我们将比较不同等级的混凝土和养护化合物在不同气候变化下的结果。
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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