Design code prescritpions on the service life of ordinary reinforced concrete structures may be difficult to be fulfilled in highly aggressive environments, in which premature degradation of the structural performance is most likely to occur. In these situations, in order to avoid expensive repair activities, advanced systems such as self-healing concrete could be adopted. In the last decade, researchers started to look at this functionality as a way to solve degradation problems in chloride-laden environments.
Self-healing Stimulated by Crystalline Admixtures in Chloride Rich Environments: Is It Possible to Extend the Structure Service Life?
Cuenca, E.;Ferrara, L.
2020-01-01
Abstract
Design code prescritpions on the service life of ordinary reinforced concrete structures may be difficult to be fulfilled in highly aggressive environments, in which premature degradation of the structural performance is most likely to occur. In these situations, in order to avoid expensive repair activities, advanced systems such as self-healing concrete could be adopted. In the last decade, researchers started to look at this functionality as a way to solve degradation problems in chloride-laden environments.File in questo prodotto:
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ReSHEALience RILEM workshop self healing and chlorides.pdf
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