SCM Cover Page without vol

Sustainable Construction Materials

Civil Engineering, Construction Engineering & Management, Material Engineering
ISSN: 2584-0258 Open Access, Double Blind Review
Abstract and Indexing: Road, Google Scholar
Under Review: Scopus(Applied), UGC-Care(Applied), WoS (Applied)

Research Article

Shalini Kulshreshtha, Vigyan Verma*, Abhishek Kimar, Pinki Singh
Vol 3 Issue 4, Pages 01 - 06
Published on: 17 Jan, 2024

Abstract- Bacterial infusion in concrete is a method of repairing surface cracks in concrete by introducing bacteria into the concrete matrix prior to pouring it into the mold. Microbial concrete’s crack and corrosion resistance makes it highly appealing, leading to enhanced strength and greater interest. Bacterial activity and their resulting precipitates modify the microstructure of concrete, hence enhancing its impermeability. This study examined the durability and fracture healing characteristics of concrete infused with bacillus subtilis bacteria. Bacterial impregnated concrete exhibited superior durability in comparison to conventional M25 concrete. Submerging bacterial concrete in water resulted in the reduction in crack breadth, demonstrating its inherent ability to self-heal

Keywords: Self Healing, Sustainable, Durability, Cement concrete, Strength

Cite this article

S Kulshreshtha, V Verma, A Kimar, P Singh, "Utilizing Bacillus Subtilis to Enhance Concrete Self-Healing Abilities and Durability". Sustainable Construction Materials 3(2), 01-06. https://rsya.org/scm-v3i2-01-06/

Scroll to Top