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Medium of Curing and the Influence on Concrete Made with Magnetized Water and Clay Brick Powder

This study examined the effect of curing medium on the strength characteristics of concrete made with magnetic field treated water (MFTW) and clay brick powder (CBP) in partial replacement. Clay brick powder as part replacement of cement at 10, 20, 30 and 40% and MFTW was used to prepare
 concrete cubes which was cured for 7, 14, 28 and 56 days. Three curing environments used were seawater, acidic water (HCL) and magnetized water. It was observed that the slump test on fresh concrete indicates good workability for MFTW and higher compressive strength than others cured in seawater
 and HCL condition. Concrete made with 10% CBP using magnetized water and cured in seawater have the highest strength at 56 days. The implication is that construction of bridges and other marine structures may consider the use of MFTW as mixing water to ensure strength development and enhance
 design life of concrete members.