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THERMAL EXPANSION AND CREEP OF HIGH-STRENGTH CONCRETE UNDER MULTI-AXIAL CONSTANT STRESS CONDITIONS
高強度コンクリートの多軸定圧縮応力下における熱膨張とクリープに関する研究
1997
Journal of Structural and Construction Engineering (Transactions of AIJ)
高強度コンクリートの多軸定圧縮応力下における熱膨張とクリープに関する研究
Preserved Fulltext
The purpose of this study is to obtain 山e lhem 】 al expansion Qf airdr 正 ed high − stre日 glh concrete . from 20 ℃ to 正 00℃ and 山 en from lOO ℃ 30 ℃, under constant compressive stress including tri− axial loading in which maximum compressive stress is below the ene 山 ird ef st肥 ng1h . Th ¢ conclusion is the f { ) Uowing; 塹 n the heating and cooling process, the the 訓 expansion ofhigh − strcngth concrete under mu 甑 一 axial constant stress is smaller than that of free expansion . The sIrain ofthis
doi:10.3130/aijs.62.15_2
fatcat:jgndonvxevapfkh3msrh34caoq