Cracking is one of the major deteriorating causes of concrete, which allows the entrance of
chemicals and can lead to the loss of physico-mechanical and durability properties of …

Exploration of microbially induced CaCO 3 precipitation (MICP) has led to the application of
this phenomenon in the field of self-healing concrete in recent years. However, survival of …

In this study, the self-healing process in concrete through microbial-induced calcium
carbonate precipitation (MICP) performed by an adapted indigenous strain of Bacillus …

Microbial induced calcite precipitation (MICP) is a part and consequence of metabolic
activities of many bacterial species with involvement of various pathways in presence of …

Cracks are one of the worsening reasons for concrete failure, which permits the penetration
of chemical solutions and could significantly impact the physical, mechanical, and durability …

There are several developments taking place in the field of sensors driven by the world
today requirements. One of the most important novelties of the last two decades in the field is …

In this study, we developed nature-inspired multi-functional polymeric fibers (called
BioFiber) to deliver bio-self-healing agents into cementitious materials. BioFibers were …

This paper aimed at acquiring a new bacterial tool for increasing the strength and
rehabilitation of micro-cracks management of calcined clay concrete. To achieve this …

With time, the development of micro-cracks in concrete is a frequently reported problem in
the structures due to the ingress of harmful substances, leading to the degradation of its …

Microbially induced calcium carbonate (CaCO 3) precipitation (MICP) has been investigated
as a sustainable alternative to conventional concrete remediation methods for improving the …