EXPERIMENTAL STUDY ON LIGHT WEIGHT CONCRETE USING RICE HUSK ASH, GGBS AND FLY ASH AGGREGATES

Abstract

Abstract: The assignment involves the use of folios, fly ash (FA) and floor-granulated impact heater slag (GGBS), rice husk debris related to activators, sodium silicate and sodium hydroxide that work with the salt initiation process for delivering underlying light-weight geo-polymer concrete (LGC). To find the appropriate total that could brighten the general presentation, the antacid cover proportion has been different. unique rate combos of fly debris totals ggbs totals have been acquainted with the substantial combos to conclude what they meant for the general presentation. Trial examinations were done to assess the mechanical homes, thickness, and durability of lightweight cement. From the results we can infer that the top-quality salt fastener proportion for accomplishing leaned toward not entirely set in stone to be zero.4 wherein the substantial gets a 21 MPa compressive power. prominently, the utilization of 100 percent ggbs as the coarse combination outcomes inside the greatest energy, showing its ability for underlying projects. The got most proficient relieving temperature was 90°C, with a most strength of 28MPa