[PDF][PDF] Effect of Elevated Temperature on Concrete Containing Waste Tires Rubber
H Fawzy, S Mustafa, A Abd El Badie - The Egyptian International …, 2020 - journals.ekb.eg
Our present study aims to investigate the optimal use of waste tire rubber as a fineaggregate
in concrete and their sensitivity to high temperature effect. Five differentconcrete
compositions were prepared: a reference concrete (RC) made with naturalfine aggregate
(sand) and coarse aggregate (dolomite) and four concrete mixes withreplacement rates of
4%, 8%, 12% and 16% of sand by crumb rubber from wastetires. For the effect of elevated
temperature: Similar specimens were exposed to aperiod of 4 hours to temperature of 70° C …
in concrete and their sensitivity to high temperature effect. Five differentconcrete
compositions were prepared: a reference concrete (RC) made with naturalfine aggregate
(sand) and coarse aggregate (dolomite) and four concrete mixes withreplacement rates of
4%, 8%, 12% and 16% of sand by crumb rubber from wastetires. For the effect of elevated
temperature: Similar specimens were exposed to aperiod of 4 hours to temperature of 70° C …
Effect of Elevated Temperature on Concrete Containing Waste Tires Rubber
HMFI Shaban - EIJEST, 2020 - publications.zu.edu.eg
Our present study aims to investigate the optimal use of waste tire rubber as a fine
aggregate in concrete and their sensitivity to high temperature effect. Five different concrete
compositions were prepared: a reference concrete (RC) made with natural fine aggregate
(sand) and coarse aggregate (dolomite) and four concrete mixes with replacement rates of
4%, 8%, 12% and 16% of sand by crumb rubber from waste tires. For the effect of elevated
temperature: Similar specimens were exposed to a period of 4 hours to temperature of 70 C …
aggregate in concrete and their sensitivity to high temperature effect. Five different concrete
compositions were prepared: a reference concrete (RC) made with natural fine aggregate
(sand) and coarse aggregate (dolomite) and four concrete mixes with replacement rates of
4%, 8%, 12% and 16% of sand by crumb rubber from waste tires. For the effect of elevated
temperature: Similar specimens were exposed to a period of 4 hours to temperature of 70 C …
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