An Experimental Investigation on Incorporation of Fine Aggregate with Glass Powder and Cement with Zeolite to Mitigate Urban Heat Island Effect


An experimental study was done for replacement of glass powder and zeolite to evaluate the effect of urban heat island. All of the concrete sample mixtures carried out the intensified mortar bar test to evaluate the growth of the ASR. Perhaps this is partly related to a smaller glass particle size, the chemical characteristics of bottle as well as the participation of zeolite throughout concrete. Test specimens G20 Z10, GO Z10 and GI0 Z0, reached the power parameters. The G20 Z10 had the maximum resistance characteristics between them. These were found that intensity values with both the rising quantity of glass dust up to 20 per cent dose started to show a declining pattern. The replacing cement to zeolite powder research by up to 10 per cent indicates a tremendous pattern throughout strength properties. Decreased compressive tension, flexicurity and broken tensile strength may be due to reduced adhesion here between smoother surface of the glass particle as well as the cement. A G20 Z10 blend study revealed lower pavement surface temperature, which can also be considered a mitigating technique for urban heat islands.

by Parveen Kumar | Mr. Nitin Thakur “An Experimental Investigation on Incorporation of Fine Aggregate with Glass Powder and Cement with Zeolite to Mitigate Urban Heat Island Effect”

Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-5 , August 2020,

URL: https://www.ijtsrd.com/papers/ijtsrd33239.pdf

Paper Url :https://www.ijtsrd.com/engineering/civil-engineering/33239/an-experimental-investigation-on-incorporation-of-fine-aggregate-with-glass-powder-and-cement-with-zeolite-to-mitigate-urban-heat-island-effect/parveen-kumar

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An Experimental Investigation on Incorporation of Fine Aggregate with Glass Powder and Cement with Zeolite to Mitigate Urban Heat Island Effect


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