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A comprehensive study of pumice and mica in geopolymer mortar as GGBFS replacement on mechanical, durability, high-temperature, and sustainability performance

Ali Sadrmomtazi, Soheil Gholamhoseinzadeh, Arian DarvishaliNezhad, Amin Gholizad, Abdol Reza Jahri Sheijani, Reza Kohani Khoshkbijari, Tohid Yahyaee

2025Construction and Building Materials9 citationsDOI

Topics & Concepts

Materials sciencePumiceCompressive strengthUltimate tensile strengthMicrostructureGeopolymerComposite materialFlexural strengthMortarResidual strengthMicaCementitiousGround granulated blast-furnace slagMetallurgyAbsorption of waterLimeAggregate (composite)Scanning electron microscopeSodium silicateSodium hydroxideTensile testingCementPortland cementConcrete and Cement Materials ResearchInnovative concrete reinforcement materialsBuilding materials and conservation
A comprehensive study of pumice and mica in geopolymer mortar as GGBFS replacement on mechanical, durability, high-temperature, and sustainability performance | Litcius