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Hydraulic Reaction Analysis of Binary Blended Cement Concrete using Air-cooled Ladle Furnace Slag & Applicable Performance Evaluation of Concrete

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한국폐기물자원순환학회지 (Journal of Korea Society of Waste Management)
한국폐기물자원순환학회 (Korea Society Of Waste Management)
초록

This study evaluated the standard consistency, setting time, hydration heat, and compressive strength of binary blended cement concrete (general and high strength) using air cooled ladle furnace slag (LFS) of 3, 5, 7, 10wt.% as an admixture for ordinary portland cement (OPC). Results showed that binary blended cements using the LFS of lower than 5wt.% shortened the setting time and reinforced the compressive strength of concrete (general and high-strength) compared to OPC concretes although binary blended cements needed more water to achieve the standard consistency. This indicated that LFS could be used as a useful admixture for manufacturing binary blended cement. Thus, we expected that the upcycling of LFS would be contributed to save energy consumption and reduce the greenhouse gas emission from the field of cement industry.

저자
  • 조한상(동부제철 기술연구소) | Han Sang Cho Corresponding author
  • 문영범(성신양회 기술연구소) | Young Bum Mun
  • 문원식(동부제철 기술연구소) | Won Sik Moon
  • 박대철(동부제철 기술연구소) | Dae Cheol Park
  • 김형철(성신양회 기술연구소) | Hyeong Cheol Kim
  • 최현국(성신양회 기술연구소) | Hyun Kook Choi