Properties of sustainable concrete with partialreplacement of glass waste as binder

Production waste over time is increasing rapidly as a result of the rapid increase in population as well as the consumption of food that is dishonestly thrown away, leading to environmental pollution. As a result, it is suggested that industrial waste disposal may be significantly reduced if integrated in cement concrete production. The purpose of this study, which was conducted in an academic center abroad, is to analyze the properties of concrete using waste glass (WG) as a binder in proportions of ۵, ۱۰, ۱۵, ۲۰, ۲۵ and ۳۰ percent by weight of cement. . The fresh property was evaluated using slump cone test, while the mechanical performance was evaluated using tensile, compressive, splitting and tensile strength after ۷, ۲۸ and ۵۶ days.

Keywords:

Scrap glass , split tensile strength , bond strength , compressive strength , bond strength , scanning electron microscopy