2000Journal of Structural and Construction Engineering (Transactions of AIJ)Open access

EXPERIMENTAL STUDY ON PROPERTIES OF FLY-ASH CONCRETE IN HOT WEATHER

Kenji Funamoto, Yasunori Matsufuji, Shigeru Morinaga, Koyama Tomoyuki, Korekiyo Itou

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Abstract

This paper describes the results of experimental study on workability, mechanical properties, carbonation of concrete substituting fly-ash for cement less than 45% in hot weather. We obtained the following results. 1. Using fly-ash in hot weather could be more workability of concrete and could be more increasing compressive strength of concrete than that of non fly-ash. 2. We presented the curing period and the time to remove forms of concrete with 35℃ and 20℃. 3. The carbonation was greater as the replacement ratio of fly-ash became higher, but the carbonation of hot weather concreating was less than that of general weather concreating.

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This paper describes the results of experimental study on workability, mechanical properties, carbonation of concrete substituting fly-ash for cement less than 45% in hot weather. We obtained the following results. 1. Using fly-ash in hot weather could be more workability of concrete and could be more increasing compressive strength of concrete than that of non fly-ash. 2. We presented the curing period and the time to remove forms of concrete with 35℃ and 20℃. 3. The carbonation was greater as the replacement ratio of fly-ash became higher, but the carbonation of hot weather concreating was less than that of general weather concreating.

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Available abstract

This paper describes the results of experimental study on workability, mechanical properties, carbonation of concrete substituting fly-ash for cement less than 45% in hot weather. We obtained the following results. 1. Using fly-ash in hot weather could be more workability of concrete and could be more increasing compressive strength of concrete than that of non fly-ash. 2. We presented the curing period and the time to remove forms of concrete with 35℃ and 20℃. 3. The carbonation was greater as the replacement ratio of fly-ash became higher, but the carbonation of hot weather concreating was less than that of general weather concreating.

Key concepts: Carbonation, Fly ash, Hot weather, Curing (chemistry), Compressive strength, Environmental science, Cold weather, Cement

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