Performance of concretes with partial replacement of cement by brick waste produced in different grinding times
DOI:
https://doi.org/10.46421/enarc.v8i00.3071Keywords:
Ceramic waste, Pozzolanicity, Cement Portland, Concrete, ChloridesAbstract
Portland cement-based products have a great potential to be used with industrial waste. This work aims to investigate the performance of concrete with the partial replacement of cement by ground brick waste (GBW). The pozzolanic activity of lime from two ceramic residues was evaluated, with different grinding times, 3000 and 20000 rotations. The analysis was complemented by the XRD test of cement pastes with the waste, 30, 40 and 50% of replacement, to verify the consumption of Portlandite. The performance of the concretes was verified through mechanical strength and chloride migration test. The result of pozzolanic activity to lime shows that the material cannot be considered pozzolanic. However, XRD analysis of cement pastes with GBW show a decrease in Portlandite in all pastes. The concretes showed good mechanical performance and high resistance to chloride penetration, superior to the reference concrete.
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