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In the world most commonly used as well as durable material is concrete. In the field of concrete tech nology, glass fiber reinforced concrete (GFRC) is the recently introduc ed material. GFRC has many advantages such as light weight material, steel reinforcement corrosion free and structural deterio ration free. So, these are the reason the researche rs all over the globe are attempting to develop high performance concrete wit h the use of glass fibers as well as admixtures. Wh ile the combination of fly ash, alkaline liquids, fine and coarse aggregate an d glass fibers resulted in the product called as Gl ass Fiber Reinforced Geopolymer Concrete (GFRGC). This product has many advantages such as high early strength, corrosion asulphate resistance and low shrinkage. The present work has compared the compressive strength, split tensile st rength and flexural strength for GFRC and GFRGC. From this comparison it is observed that except for the flexural strength the normal concrete with the addition of glass fibers shown good result s as compared to the geopolymer concrete with the a ddition of glass fibers. This work is only an accumulation of information about G FRC and the research work which is already carried out by other researchers.

COMPARISON OF GLASS FIBER REINFORCED CONCRETE & GEOPOLYMER CONCRETE WITH GLASS FIBER REINFORCEMENT