폐유리 미분말로 치환한 폴리머 콘크리트의 역학적 특성

This study investigated the optimum binder content by analyzing its mechanical properties according to the replacement ratio and amount of calcium carbonate binder, used as a filler for polymer concrete, that was replaced with finely powdered waste glass. To investigate the replacement of polymer concrete fillers with fine waste glass powder instead of the previously used calcium carbonate, experiments were conducted with the binder amount used (11%, 13%, and 15%) and the replacement ratio of calcium carbonate and waste glass (10 : 0, 5 : 5, and 0 : 10). It was found that the replacement ratio of the finely powdered waste glass was suitable up to 50%, and the optimum mixing ratio of binder was 13% for concrete compressive strength and 15% for concrete tensile strength.