A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Partial Substitution of Sand and Cement with Waste Marble Powder and Limestone Dust in Self Compacting Concrete
Abstract This paper introduces the study on self-compacting concrete (SCC) using waste marble powder (WMP) as a partial substitution of sand along with waste limestone dust (WLSD) as a partial substitution for cement in addition to sugarcane molasses as an admixture. The study focuses on the assessment of plastic and hardened properties of this SCC. Firstly, a conventional self-compacting concrete was prepared by using sugarcane molasses as an admixture, then five more self-compacting concrete (SCC) mixes were prepared by the fine aggregate and binder replacement of (10%, 5%), (20%, 5%), (30%, 5%), (40%, 5%) and (50%, 5%) respectively. The test results indicated that the use of industrial wastes can produce high quality SCC when the alternative replacements are within the specified range.
Partial Substitution of Sand and Cement with Waste Marble Powder and Limestone Dust in Self Compacting Concrete
Abstract This paper introduces the study on self-compacting concrete (SCC) using waste marble powder (WMP) as a partial substitution of sand along with waste limestone dust (WLSD) as a partial substitution for cement in addition to sugarcane molasses as an admixture. The study focuses on the assessment of plastic and hardened properties of this SCC. Firstly, a conventional self-compacting concrete was prepared by using sugarcane molasses as an admixture, then five more self-compacting concrete (SCC) mixes were prepared by the fine aggregate and binder replacement of (10%, 5%), (20%, 5%), (30%, 5%), (40%, 5%) and (50%, 5%) respectively. The test results indicated that the use of industrial wastes can produce high quality SCC when the alternative replacements are within the specified range.
Partial Substitution of Sand and Cement with Waste Marble Powder and Limestone Dust in Self Compacting Concrete
Rahman, Showkat (author) / Kumar, Ravi (author) / Adil Dar, M. (author) / Raju, J. (author)
2018-10-31
8 pages
Article/Chapter (Book)
Electronic Resource
English
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