Global ETD Search

Development and performance assessment of 3D-printable portland cement and geopolymer mortars for hostile environments

Shoaei, Parham2024

upc-spain Repository record for Development and performance assessment of 3D-printable portland cement and geopolymer mortars for hostile environments (opens in a new tab)

The development of a geopolymer binder from the interbasaltic laterites of Northern Ireland

McIntosh, JohnQueen's University Belfast2021

Over the last number of years, geopolymers and Alkali Activated Cementitious Materials (AACM) have been proposed as low carbon alternatives to Portland Cement, offering up to 80% reduction in CO¬2 emissions. Historically, geopolymer technology has focused on Ground Granulated Blastfurnace Slag …

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Development of Next-Generation Construction Materials with Graphene Additives

Ho, Van Dac2020

… and tensile strengths of cement-based mortars reveals that the addition of PRG to mortars improves their mechanical properties, with characteristic concentration dependence. The mortar with 0.07% PRG is identified as the optimal concentration, which provides 34.3% and 26.9% improvement …

adelaide Repository record for Development of Next-Generation Construction Materials with Graphene Additives (opens in a new tab)