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The Effect of Mixing Ratio of Blast Furnace Slag and Fly Ash on Material Properties of 80MPa High Strength Concrete with Ternary Cement
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 Title & Authors
The Effect of Mixing Ratio of Blast Furnace Slag and Fly Ash on Material Properties of 80MPa High Strength Concrete with Ternary Cement
Lee, Bum-Sik; Jun, Myoung-Hoon; Lee, Do-Heun;
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 Abstract
To develop 80MPa-high strength concrete with ternary cement used in OPC, blast-furnance slag, and fly ash, mixing ratio of blast-furnace slag and fly ash was evaluated in material characteristics before and after hardening of the high strength concrete. According to the evaluated results of material characteristics before and after hardening of the high strength concrete, the flowability and long-term compressive strength increase up to 30% mixing ratio of blast-furnace slag and fly ash. Also, it is superior to characteristics of length change and neutralization due to the use of mineral admixture when compared in test sample mixed with OPC. The evaluated results show that material characteristics of the high strength concrete was the most outstanding performance at blast-furnace slag of 25% and fly ash of 15%. The result of this study will be useful for the development of high strength concrete as a substitute of costly silica fume in the near future.
 Keywords
High Strenght Concrete;Blast Furnace Slag;Fly Ash;Slump Flow;Compressive Strength;Carbonation Thickness;
 Language
Korean
 Cited by
 References
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