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Authors
Affiliations
1 Gudbazar, Near Jamma Madsid, Somwar Peth, Malegaon-423203, Nashik, IN
2 R.H 25. Deven Moti Swroop, near Patel Lawn, Beed By Pass, Aurangabad-431005, IN
3 Sr.No.24/01, Road no.6, Opp Durgaamata Mandir, Ganeshnagar, Bhopkhel Cme, Pune-11031, IN
4 At Post Khamaswadi.Tal-Kallam, Dis-Osmanabad-413501, IN
Source
International Journal of Engineering Research, Vol 5, No SP 3 (2016), Pagination: 786-789
Abstract
Today in this fast growing world where the industries are growing at faster rate especially metallic industries where copper slag and Foundry sand are the waste product having high strength. The availability of copper slag and Foundry sand is large and causes lots of disposal problems. Even the use of river sand is banned in many of areas across India because of river depletion, so copper slag and foundry sand maybe an effective option as a partial replacement of fine aggregate in concrete. Based upon historical development on the individual material either copper slag or foundry sand is found as replacement of fine aggregate. The best result obtained for compressive strength of concrete are for 30-40% replacement of fine aggregate. This state of art represents effective utilization of copper slag and foundry sand for partial replacement of fine aggregate. Various properties of the fine aggregate, copper slag and foundry sand are studied by performing various tests. Concrete specimens are cast and tested for 3,7 and 28 days for compressive strength for normal concrete and partial replacement by copper slag and foundry sand of fine aggregate in concrete and change in compressive strength is estimated and analyzed.
Keywords
Fine Aggregate, Copper Slag, Foundry Sand, Compressive Strength.
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