Catalytical kinetics of butterfly martensite

The stress fields around the first butterfly martensite in an Fe-Ni based alloy were calculated.The calculation results inducate that there are tensile stress fields near the convexity and the two ends of a butterfly marten-site.There is a compressive stress field near the concavity.New butterfly ma...

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Published inScience China. Mathematics Vol. 40; no. 11; pp. 1185 - 1193
Main Author 陈奇志 吴杏芳 巍鎏英 柯俊
Format Journal Article
LanguageEnglish
Published Heidelberg Springer Nature B.V 01.11.1997
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Abstract The stress fields around the first butterfly martensite in an Fe-Ni based alloy were calculated.The calculation results inducate that there are tensile stress fields near the convexity and the two ends of a butterfly marten-site.There is a compressive stress field near the concavity.New butterfly martensite is likely induced not only near the convexity but also probably near the concavity.The butterfly martensites induced in tensile stress fields are bigger than those in compressive stress fields.The second butterfly martensite is likely induced near the convexity within 2μm region.All these results agree with the experimental observation.
AbstractList The stress fields around the first butterfly martensite in an Fe-Ni based alloy were calculated.The calculation results inducate that there are tensile stress fields near the convexity and the two ends of a butterfly marten-site.There is a compressive stress field near the concavity.New butterfly martensite is likely induced not only near the convexity but also probably near the concavity.The butterfly martensites induced in tensile stress fields are bigger than those in compressive stress fields.The second butterfly martensite is likely induced near the convexity within 2μm region.All these results agree with the experimental observation.
The stress fields around the first butterfly martensite in an Fe-Ni based alloy were calculated. The calculation results inducate that there are tensile stress fields near the convexity and the two ends of a butterfly martensite. There is a compressive stress field near the concavity. New butterfly martensite is likely induced not only near the convexity but also probably near the concavity. The butterfly martensites induced in tensile stress fields are bigger than those in compressive stress fields. The second butterfly martensite is likely induced near the convexity within 2πm region. All these results agree with the experimental observation.
Author 陈奇志 吴杏芳 巍鎏英 柯俊
AuthorAffiliation Department of Material Physics University of Science and Technology Beijing Beijing 100083 China China
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Cites_doi 10.1007/BF02644284
10.1016/0001-6160(84)90087-7
10.1016/0001-6160(63)90089-0
10.1016/0001-6160(64)90004-5
10.1007/BF02646560
10.2320/matertrans1960.13.400
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Notes CHEN Qizhi,WU Xingfang WEI Liuyingand KE Jun(Department of Material Physics,University of Science and Technology Beijing,Beijing 100083,China)
11-5837/O1
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B. P. J. Sandivik (BF02931837_CR10) 1983; 14A
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J. A. Klosterman (BF02931837_CR1) 1964; 12
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Snippet The stress fields around the first butterfly martensite in an Fe-Ni based alloy were calculated.The calculation results inducate that there are tensile stress...
The stress fields around the first butterfly martensite in an Fe-Ni based alloy were calculated. The calculation results inducate that there are tensile stress...
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StartPage 1185
SubjectTerms catalytical
complex
Compressive properties
Concavity
Convexity
field
function
kinetics
Martensite
Mathematical analysis
Nickel base alloys
Reaction kinetics
stress
Stress distribution
Tensile stress
transformation
Title Catalytical kinetics of butterfly martensite
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