Fe-Al과 Fe-Cr계 합금의 내 산화성에 미치는 Al과 Cr의 영향

The effects of Cr and Al contents in Fe-Al and Fe-Cr alloys on oxidation resistance, hardness, and the thermal expansion coefficient were investigated. Fe-Al and Fe-Cr alloys above 10wt.%Al and 20wt.%Cr contents have a high oxidation resistance. The hardness of the Fe-Al and Fe-Cr alloys increased w...

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Published in대한금속·재료학회지, 48(11) Vol. 48; no. 11; pp. 981 - 988
Main Authors 김태완, Tae Wan Kim, 손인진, In Jin Shon, 고인용, In Yong Ko, 윤진국, Jin Kook Yoon, 도정만, Jung Mann Doh, 조승훈, Seung Hoon Jo
Format Journal Article
LanguageKorean
Published 대한금속재료학회 20.11.2010
대한금속·재료학회
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ISSN1738-8228
2288-8241

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Abstract The effects of Cr and Al contents in Fe-Al and Fe-Cr alloys on oxidation resistance, hardness, and the thermal expansion coefficient were investigated. Fe-Al and Fe-Cr alloys above 10wt.%Al and 20wt.%Cr contents have a high oxidation resistance. The hardness of the Fe-Al and Fe-Cr alloys increased with an increase in Al and Cr contents due to solid solution or formation of an intermetallic compound. The coefficients of thermal expansion of the Fe-Al alloys were higher than those of the Fe-Cr alloys because the coefficient of thermal expansion of Al was higher than that of Fe and Cr.
AbstractList The effects of Cr and Al contents in Fe-Al and Fe-Cr alloys on oxidation resistance, hardness, and the thermal expansion coefficient were investigated. Fe-Al and Fe-Cr alloys above 10wt.%Al and 20wt.%Cr contents have a high oxidation resistance. The hardness of the Fe-Al and Fe-Cr alloys increased with an increase in Al and Cr contents due to solid solution or formation of an intermetallic compound. The coefficients of thermal expansion of the Fe-Al alloys were higher than those of the Fe-Cr alloys because the coefficient of thermal expansion of Al was higher than that of Fe and Cr.
The effects of Cr and Al contents in Fe-Al and Fe-Cr alloys on oxidation resistance, hardness, and the thermal expansion coefficient were investigated. Fe-Al and Fe-Cr alloys above 10wt.%Al and 20wt.%Cr contents have a high oxidation resistance. The hardness of the Fe-Al and Fe-Cr alloys increased with an increase in Al and Cr contents due to solid solution or formation of an intermetallic compound. The coefficients of thermal expansion of the Fe-Al alloys were higher than those of the Fe-Cr alloys because the coefficient of thermal expansion of Al was higher than that of Fe and Cr. KCI Citation Count: 5
Author 김태완
고인용
도정만
Jin Kook Yoon
손인진
Jung Mann Doh
Seung Hoon Jo
조승훈
In Jin Shon
윤진국
In Yong Ko
Tae Wan Kim
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DocumentTitleAlternate Fe-Al과 Fe-Cr계 합금의 내 산화성에 미치는 Al과 Cr의 영향
Effect of Al and Cr on Oxidation of Fe-Al and Fe-Cr Alloys
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SubjectTerms metal
oxidation
rolling
scanning electron microscopy
재료공학
Title Fe-Al과 Fe-Cr계 합금의 내 산화성에 미치는 Al과 Cr의 영향
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