Experimental Study of Bacterial Self-healing Effect in Different types of Advanced Concrete
Keywords:
Bacillus Pasteurii, Compressive Strength, Supplementary Cementitious Material (SCM), Self-healing, calcite precipitation, Calcium carbonate.Abstract
The Concrete is most efficient and worldwide using material after the water due to easily available and
casting on to the site as per requirement. The main key objective of using the concrete is in terms of strength and
durability. The durability always play vital role to decide the life span of structure, More or less concrete is a
composite material composed of coarse aggregate bonded together with a fluid cement pest which hardens over the
time. So there are many chances and reasons to develop a voids and cracks in the concrete while casting and placing
and to resolve this problems various admixtures and other construction chemical used before and after the
construction work. Here some review of research work on using biological or bacterial poured concrete is been
carried out to filled up the pre and post construction cracks. The main aim of this present review work is to study the
fulfillment of durability and engineering properties incorporating in various type of advanced concrete like High
volume fly ash concrete (HVFAC), Ultra high strength concrete (UHSC) and Light weight concrete (LWC). In
addition to the review work, also to study the various effect on self-healing by using sustainable material in advanced
concrete
