A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Self-healing concrete: application of monod’s approach for modeling Bacillus pseudofirmus growth curves
Despite limited knowledge on the proliferation of bacteria incorporated in concretes as a self-healing agent, there are efforts to standardize such a technology. Proper mathematical models could potentially assist the design of self-healing composites and enable to harness bacterially-induced calcite precipitation (BICP) more efficiently. Here, we employed Monod’s model to reproduce experimentally measured growth curves for Bacillus pseudofirmus, a strain resistant to the alkaline environment present in cementitious composites. The model correctly predicted the onset of individual growth phases, quantified the effects of temperature and concentration of nutrients on the concentration of bacteria, and revealed relationships between the concentration of nutrients and the maximum amount of bacteria. The study contributes to understanding the bacterial growth of Bacillus pseudofirmus and characterization of its proliferation.
Self-healing concrete: application of monod’s approach for modeling Bacillus pseudofirmus growth curves
Despite limited knowledge on the proliferation of bacteria incorporated in concretes as a self-healing agent, there are efforts to standardize such a technology. Proper mathematical models could potentially assist the design of self-healing composites and enable to harness bacterially-induced calcite precipitation (BICP) more efficiently. Here, we employed Monod’s model to reproduce experimentally measured growth curves for Bacillus pseudofirmus, a strain resistant to the alkaline environment present in cementitious composites. The model correctly predicted the onset of individual growth phases, quantified the effects of temperature and concentration of nutrients on the concentration of bacteria, and revealed relationships between the concentration of nutrients and the maximum amount of bacteria. The study contributes to understanding the bacterial growth of Bacillus pseudofirmus and characterization of its proliferation.
Self-healing concrete: application of monod’s approach for modeling Bacillus pseudofirmus growth curves
Nežerka, V. (author) / Demo, P. (author) / Schreiberová, H. (author) / Ryparová, P. (author) / Bílý, P. (author)
European Journal of Environmental and Civil Engineering ; 26 ; 8229-8241
2022-12-10
13 pages
Article (Journal)
Electronic Resource
Unknown