Published Paper Details:

Concrete is the building construction material which is the mixture of sand ,water aggregate and cement this lead to increasing continues the demand of natural material and alternative material for construction work. Added to this, at present environmental issues also increases due to the excess production of solid waste material like fly ash ,silica fume ,fiber glass plastic waste etc., which is difficult to manage and disposed. Many researcher, try this material as a alternative and additional concrete ingredients. Also there is huge amount of tire rubber waste is also produced due to the increasing in automobile production and depletion in site for disposal. Many countries banned landfill disposal of used tire rubber waste for avoiding land pollution. Due to which disposal of waste tire rubber becomes tough task. Therefore, in this paper, our present aim is to investigate the effect of crumb rubber on strength of concrete. For this experimental study fine aggregate is replaced by crumb rubber to produced rubberized concrete of M35 grade. During investigation tire rubber is replaced by using sieve analysis, with their volume consideration. These experimental studies were carried out to determine the effect of crumb rubber on mechanical properties, modulus of elasticity and their poisons ratio for 7, 28 and 56 days curing. Test result indicate that replacement of fine aggregate with crumb rubber by using sieve analysis gives good result as compared to the fine aggregate replace by their weight or volume in concrete.