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Experimental study on the strength of lightweight geopolymer concrete with eco-friendly material
The differences in properties between the lightweight aggregate concrete and normal conventional concrete at the selected equivalent mix ratios have forbidden the former from being used widely in construction industry. Studies have shown that the use of GGBS as a partial replacement of cementitious material, and M-sand as a replacement of fine aggregate, results in an increased strength in geopolymer normal weight concrete. In this study, Coconut shell is used as a replacement of conventional coarse aggregate to produce lightweight geopolymer coconut shell green concrete.
Experimental study on the strength of lightweight geopolymer concrete with eco-friendly material
The differences in properties between the lightweight aggregate concrete and normal conventional concrete at the selected equivalent mix ratios have forbidden the former from being used widely in construction industry. Studies have shown that the use of GGBS as a partial replacement of cementitious material, and M-sand as a replacement of fine aggregate, results in an increased strength in geopolymer normal weight concrete. In this study, Coconut shell is used as a replacement of conventional coarse aggregate to produce lightweight geopolymer coconut shell green concrete.
Experimental study on the strength of lightweight geopolymer concrete with eco-friendly material
Nithya Swaminathan (author) / N.S. Elangovan (author) / Jayaprithika Anandan (author)
2020
Article (Journal)
Electronic Resource
Unknown
Metadata by DOAJ is licensed under CC BY-SA 1.0
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