Experimental Investigation on Bagasse ash Based Geopolymer Concrete Subjected to Elevated Tempreture

Abstract Geopolymer in recent years is being deemed as a promising alternative to cement concrete, which has remained backbone of the construction industry. Despite GPC having potential capability reducing carbon footprint, still many its characteristics and mechanism be investigated. The present study represents utilization bagasse ash production geopolymer concrete. In order reduce ecological imbalance by emission CO2 from an attempt been made investigate feasibility utilizing sugar cane one candidate polymer concrete maintaining different molar concentration sodium based alkali activated solutions. casted assessed for fresh harden properties. work replacement was done partially 10% 100% determine workability strength parameters. objective find maximum extent GGBS & also check suitable silica content. used binder materials limitations with respect workability, Aura mix super plasticizer used. While comparing results regular after 28days sun curing shows positive effect 30% further increment decrease properties such ultimate compressive strength, flexural split tensile strength. specimens were subjected elevated temperature residual mass loss.