There are various mechanisms through which bacteria precipitate calcium carbonate, out of
which a few have been recognised for application in concrete for crack healing. This paper …

Calcium carbonate precipitation, caused by the metabolic activity of bacteria, is a good idea
to improve concrete performance. This study was aimed at investigating the effect on using …

The efficient crack healing capability of microbial concrete leads to an improvement in its
various mechanical properties such as compressive strength, water absorption and water …

Beginning and development of cracks reduce the structural performance and durability, thus
a novel strategy is required to prevent such kind of occurrence. The incorporation of bacteria …

This study presents the results from the microbiological induction of bacterial biomass (ie
biocementation) in concrete mixtures to enhance the mechanical and durability properties …

Effective self-healing and improvement in mechanical properties make microbial concrete a
viable alternative for extending the service life of concrete structures. Being a relatively …

This study focuses on exploring the feasibility of immobilizing Bacillus subtilis with inert
conductive Graphite nano/micro platelets (GNMPs) as the healing and sensing component …

Construction of concrete infrastructures is developing worldwide from the ancient period
therefore; sustainable concrete is required for clean environment reason. The formation of …

The study aims at preparation and characterization of six organic lime putty (hydraulic Lime+
fermented plant extract) using regionally available plants namely Terminalia Chebula …

Cracks/damages in concrete structures are the core concern for reduction of service life of
infrastructures. Therefore, the effective technique is required for the prevention of cracks …