저탄소 그린콘크리트의 물리·역학적 특성
Physical and Mechanical Properties of Low Carbon Green Concrete
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참고문헌
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초록
This study was performed to evaluate the slump flow, air content, setting time, compressive strength, adiabatic temperature rise anddiffusion coefficient of chloride used ordinary portland cement, crushed coarse aggregate, crushed sand, river sand, fly ash, limestonepowder, blast furnace slag powder and superplasticizer to find optimum mix design of low carbon green concrete for structures. Theperformances of low carbon green concrete used fly ash, limestone powder and blast furnace slag powder were remarkably improved. This fact is expected to have economical effects in the manufacture of low carbon green concrete for structures. Accordingly, the flyash, limestone powder and blast furnace slag powder can be used for low carbon green concrete material.
Abstract
This study was performed to evaluate the slump flow, air content, setting time, compressive strength, adiabatic temperature rise anddiffusion coefficient of chloride used ordinary portland cement, crushed coarse aggregate, crushed sand, river sand, fly ash, limestonepowder, blast furnace slag powder and superplasticizer to find optimum mix design of low carbon green concrete for structures. Theperformances of low carbon green concrete used fly ash, limestone powder and blast furnace slag powder were remarkably improved. This fact is expected to have economical effects in the manufacture of low carbon green concrete for structures. Accordingly, the flyash, limestone powder and blast furnace slag powder can be used for low carbon green concrete material.
참고문헌 (13)
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