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 …

For more than two decades, with steadily increasing intensity, the focus of scientific
research, mainly on the laboratory scale but also in the field conditions, has been the …

Develo** bio-based self-healing concrete aims to minimize durability problems related to
cracking. In this study, MICP was used as a smart and eco-friendly approach to produce bio …

Bio-healing is now believed as a promising technique for the repair of concrete cracks.
However, the healing capability of bacterial mixes against repeated damage cycles is still …

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 …

The self-healing bioconcrete, or bioconcrete as concrete containing microorganisms with
self-healing capacities, presents a transformative strategy to extend the service life of …

Structural cracks are the major cause of structural failure and significantly impact their
strength and durability. Bacterial self-healing concrete as a sustainable structural Smart …

This study investigated the effect of three species of bacteria namely Sporosarcina pasteurii,
Bacillus megaterium, and Bacillus subtilis in four different concentrations on the self-healing …

One of the best methods to enhance the strength and durability of concrete and repair the
cracks is to use a self-healing mechanism, based on bacterial-induced calcite precipitation …

Biomimetic agents and natural fibers are the promising combo to enhance the strength and
self-healing efficacy of concrete infrastructures. However, their contribution in durability and …