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2022 1

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alkali-activated materials 1

durability of concrete 1

fly ash 1

reduction in CO2 emissions 1

sodium hydroxide 1

sodium silicates 1

sorptivity 1

sulfuric acid 1

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Resistance to acid degradation, sorptivity, and setting time of geopolymer mortars

Osama A MOHAMED; Rania AL-KHATTAB; Waddah AL-HAWAT

Frontiers of Structural and Civil Engineering 2022, Volume 16, Issue 6,   Pages 781-791 doi: 10.1007/s11709-022-0862-9

Abstract: Experimental evaluations were conducted to determine the water sorptivity, setting time, and resistanceAlkali-activated mortar with a slag-to-fly ash ratio of 3:1 had the least sorptivity compared to theMortar sorptivity decreased with age and sodium hydroxide concentrations, suggesting the production of

Keywords： alkali-activated materials     fly ash     sorptivity     durability of concrete     sodium hydroxide     sodium silicates    

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Resistance to acid degradation, sorptivity, and setting time of geopolymer mortars

Osama A MOHAMED; Rania AL-KHATTAB; Waddah AL-HAWAT

Journal Article