An overview of the impact of using glass powder on mechanical, durability properties in self-compacting concrete

Color, texture, and shape alternatives of glass, chemical similarity, and close reactions with cement have made its preferred in the construction industry. Studies reveal that the use of glass in concrete after grinding to micron size provides improvements in strength and durability parameters by in...

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Bibliographic Details
Published inJournal of sustainable construction materials and technologies Vol. 6; no. 3; pp. 116 - 123
Main Author AYGÜN, Beyza Fahriye
Format Journal Article
LanguageEnglish
Published Yildiz Technical University 01.09.2021
Subjects
durability properties
mechanical properties
recycling
sustainability
waste glass powder
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Summary:Color, texture, and shape alternatives of glass, chemical similarity, and close reactions with cement have made its preferred in the construction industry. Studies reveal that the use of glass in concrete after grinding to micron size provides improvements in strength and durability parameters by increasing pozzolanic reactivity. Besides, research studies have also shown that glass powder not only contributes positively to strength and durability properties, but also reduces the amount of cement used, energy and cost losses. This paper presents current studies on waste glass powder, one of the by-products used in self-compacting concrete. Information was given about the physical and chemical properties of glass powder used in related studies. In addition, the effect of glass powder in self-compacting concrete on fresh, strength, and durability properties were investigated in detail. Inferences were made in line with the information in the literature and suggestions were made about what can be done in future studies.
ISSN:2458-973X
2458-973X
DOI:10.29187/jscmt.2021.67