Hardened Properties of Self Compacting Concrete Subjected to Elevated Temperature – A Review

-Concrete has been widely used as a construction material in Buildings and other Industrial Structures. Sufficient research work has been carried out to understand the Mechanical properties like Compressive Strength, Flexural Strength, Tensile strength, Shear strength and Modulus of elasticity. There are many situations in which the concrete undergoes variation in temperatures which will ultimately leads to the failure of the structures. This paper presents facts and figures obtained from experimental results by various researchers on the effects of elevated temperature on Self compacting concrete concrete with (mono fiber like Polypropylene fiber and hybrid fibers like Polypropylene with Steel fiber) and without fibers, the corresponding changes in the mechanical properties. It can be concluded that the performance of hybrid fibers SCC subjected to elevated temperature is better than the SCC without fibers. Keywords-Self compacting concrete, elevated temperature, fibers, Polypropylene, Steel.