Abstract: This study aimed to evaluate the long-term sulfate resistance of green concrete with blended cement at different waste glass powder contents. The used cement was blended with 10%, 20%, 40%, and 60% of waste glass powder. ...

Abstract: This study focuses on investigating the relationship between binder chemical composition, microstructure development in alkali-activated paste (AAP), and the sulfuric acid resistance of alkali-activated concrete (AAC). ...

Abstract: Limited data are available on the measurement of sulfate diffusivity in blended cement-based materials. An experimental study of the diffusion of magnesium sulfate ions in blended cement concrete was performed using different ...

Abstract: This study presents a new tool for predicting the compressive strength of alkali-activated concrete (AAC) based on its binder mineralogy. It was made using a machine-learning (ML) framework. To achieve this challenging ...

Abstract: The use of one-part (just-add-water) alkali-activated binders is a simplified method to combine the distinct mechanical properties of alkali-activated pastes (AAPs) with their ease in practical applications. This study ...

Abstract: Geopolymer concrete is considered to be one of the best alternatives to portland cement concrete, partially or totally, not only because it decreases the CO2 emissions released during ordinary portland cement (OPC) production, ...