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Portland-limestone cements, developed as alternative to ordinary Portland cement, are characterized by competitive properties and lower environmental impact, however, they are susceptible to the thaumasite sulfate attack (TSA). A model predicting the mechanical properties of cementitious materials exposed to conditions facilitating TSA would allow for optimizing concrete formulation in terms of durability and environmental impact. To this aim, this study is focused on obtaining necessary data about microstructure and strength.

Monitoring Durability of Limestone Cement Paste Stored at Conditions Promoting Thaumasite Formation