International Research Journal of Education and Technology

The development of Self Compacting Concrete (SCC) is progressive milestone throughout the entire existence of construction industry bringing about prevalent utilization of SCC overall these days. It has numerous benefits over ordinary cement regarding upgrade in efficiency, decrease in labor and generally cost, amazing completed item with magnificent mechanical reaction and solidness. Joining of filaments further improves its properties extraordinarily identified with post break conduct of SCC. Henceforth, the point of the current work is to make a similar investigation of mechanical properties of self-merging concrete, supported with various kinds of filaments. The factors include in the examination are type and diverse level of strands. The fundamental properties of new SCC and other properties were studied. The fibers used in the study are 15 mm long chopped glass fiber, carbon fiber and basalt fiber. First stage comprised of improvement of SCC blend plan of M20 grade and in the subsequent stage, various filaments like Glass, basalt and carbon Fibers are added to the SCC blends and their new and solidified properties were resolved and thought about. The investigation showed noteworthy enhancements overall properties of self-compacting concrete by adding strands of various sorts and volume parts. Carbon FRSCC displayed best execution followed by basalt FRSCC and glass FRSCC in solidified state while most unfortunate in new state attributable to its high water ingestion. Glass FRSCC showed best execution in fresh state. The current examination infers that as far as generally exhibitions, ideal dose and cost Basalt Fiber is the most ideal alternative in improving by and large nature of self-compacting concrete.

Key Words: self-compacting concrete, Glass Fiber, carbon fiber, glass FRSCC