Effect of sugarcane bagasse fibre on the flexural behavior of geopolymer concrete RCC beams

CO2 is released into the atmosphere during manufacture of Ordinary Portland Cement (OPC). Fly ash, a by-product coal industry, used to replace OPC in concrete. It contains lot silicate gel and mixed with an alkaline solution make good Increased fly ash fineness improves compressive strength while lowering porosity. Advances modern bio technology possible freedoms for monetary use agro-mechanical deposits like sugarcane bagasse fibre. The flexural behaviour Geopolymer Concrete RCC beams without fibre, i.e. GPC GPCF G 40 grade, equal M40, presented this study. 150*150 mm beam cast across 1,200 effective span tested failure under static loads. ultimate load displacement responses structural elements fibre are measured compared normal conventional concrete elements. findings suggest that SCBF strength, service load, peak