Abstract
The objective of the KISADAMA project is to develop an integrated approach for modelling and analysis of the decay mechanism of masonry structures (made by fired clay or sandstone brick) due to salt crystallization. In particular, the idea is to combine, at the (sub)micro-scale, theoretical, numerical and experimental studies to model the interaction between salt crystallization and deformation/damage of the masonry porous material and, then, to pass this information at the macro-scale, in order to develop effective predictive tools useful from the engineer point of view. In this way, a deep understanding of the crystallization processes can be achieved and future damage scenarios can be predicted.
Durata del progetto/Project duration
2013-2016
Unibo Team Leader/Responsabile scientifico/Responsabile locale
Stefano de Miranda
Coordinator/Coordinatore/Responsabile Nazionale
Stefano de Miranda
Partnership
- Universiteit Gent, Department Geology and Soil Science
- Universiteit van Amsterdam, Institute of Physics (IoP) - Faculty of Science of the University of Amsterdam
- SanMarco Terreal Italia San Marco Lab.
Finanziamento/Contribution/Budget
420 KEuro