EARLY AGE HYDRATION BEHAVIOR OF CEMENT PASTE WITH BLAST FURNACE SLAG AND LIME-BASED EXPANSIVE ADMIXTURE

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  • JEON Baeho
    Graduate Student, Graduate School of Environmental Studies, Nagoya Univ., M. Eng.
  • MARUYAMA Ippei
    Assoc. Prof., Graduate School of Environmental Studies, Nagoya Univ., Dr. Eng.

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  • 高炉スラグ微粉末と石灰系膨張材を混和したセメントペーストの若材齢水和挙動
  • コウロ スラグ ビフンマツ ト セッカイケイ ボウチョウザイ オ コンワ シタ セメントペースト ノ ワカザイレイスイワ キョドウ

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Abstract

 In the present study, the hydration reaction in the early age for blast furnace slag cement (BB) and the cement paste of BB mixed with a lime-based expansive admixture was investigated based on different temperature histories. The relation of interdependence between alite and belite was slightly different depending on the existence of expansive admixture, and it was confirmed that the initial hydration reaction rate of the belite mixed in expansive admixture was high. Reaction rates of blast furnace slag(BFS) and alite have high correlation regardless of the curing temperature and the temperature history. Moreover, the possibility of the dependency between the reaction rates of BFS and alite was implied since the dissolution and precipitation equilibrium in the liquid phase. From the high correlation between the downward trend of the Ca/Si ratio and the reaction rate of slag, it was deduced found that the BFS as a source of SiO2 of C-S-H was functioning.

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