Experimental Investigation on Strength of RC Beam Using Self-Healing Concrete by Adopting Bubble Technology

Abstract

This report states that Concrete failures can be a common problem if not handled in a timely and appropriate manner, failures in concrete structures tend to extend their help and definitely need to be addressed. exorbitant repair. Indeed, while it is conceivable to reduce the degree of cracking with accessible advanced improvements, the remediation of concrete damage has been the subject of research for many years. Cracks and gaps are a common problem in building structures, asphalt roads, and notable landmarks. A quintessential procedure (Bubble Improvement) is considered by many to be a versatile and effective procedure for self-healing. This strategy for repairing cracks in concrete using micro-active calcite precipitates was examined. Bacillus Subtilis, a common soil bacterium that can trigger calcite precipitation. In this study, the microbial concrete was ready for review M30. The mixing level plan is implemented according to the IS code layout. Estimated 700x150x150 mm pillars are molded and tested after 28 days .