Effect of deformation and external load on the characteristics of the reversible shape memory effect in alloy 80G15D2N3Kh

Alloys with the shape memory effect have recently found application in engineering. Specifically, parts made of such alloys can be actuating members in structures of thermoregulators and thermorelays. It is known that the shape memory effect is realized in alloys with a thermoelastic martensite tran...

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Published inMetal science and heat treatment Vol. 39; no. 3-4; pp. 103 - 107
Main Authors POTAPOV, P. L, MAKUSHEV, S. YU, DMITRIEV, V. B
Format Journal Article
LanguageRussian
English
Published New York, NY Springer 01.03.1997
Springer Nature B.V
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Abstract Alloys with the shape memory effect have recently found application in engineering. Specifically, parts made of such alloys can be actuating members in structures of thermoregulators and thermorelays. It is known that the shape memory effect is realized in alloys with a thermoelastic martensite transformation. When heated, specimens strained in a martensite state recover their initial shape partially or completely as a result of a reverse martensite transformation. If an external load is applied in thermocycling, the shape will be changed both in heating and in cooling, i.e., recovered in the reverse martensite transformation and deformed under the effect of the external load in the direct martensite transformation. This change in shape is commonly said to be reversible. The aim of the present work consists in analyzing the effect of deformation in the martensite state prior to thermocycling and of an external load during the thermocycling on the reversible change of shape in Mn-Cu-base alloys.[PUBLICATION ABSTRACT]
AbstractList Alloys with the shape memory effect have recently found application in engineering. Specifically, parts made of such alloys can be actuating members in structures of thermoregulators and thermorelays. It is known that the shape memory effect is realized in alloys with a thermoelastic martensite transformation. When heated, specimens strained in a martensite state recover their initial shape partially or completely as a result of a reverse martensite transformation. If an external load is applied in thermocycling, the shape will be changed both in heating and in cooling, i.e., recovered in the reverse martensite transformation and deformed under the effect of the external load in the direct martensite transformation. This change in shape is commonly said to be reversible. The aim of the present work consists in analyzing the effect of deformation in the martensite state prior to thermocycling and of an external load during the thermocycling on the reversible change of shape in Mn-Cu-base alloys.[PUBLICATION ABSTRACT]
Alloys with the shape memory effect have recently found application in engineering. Specifically, parts made of such alloys can be actuating members in structures of thermoregulators and thermorelays. It is known that the shape memory effect is realized in alloys with a thermoelastic martensite transformation. When heated, specimens strained in a martensite state recover their initial shape partially or completely as a result of a reverse martensite transformation. If an external load is applied in thermocycling, the shape will be changed both in heating and in cooling, i.e., recovered in the reverse martensite transformation and deformed under the effect of the external load in the direct martensite transformation. This change in shape is commonly said to be reversible. The aim of the present work consists in analyzing the effect of deformation in the martensite state prior to thermocycling and of an external load during the thermocycling on the reversible change of shape in Mn-Cu-base alloys.
Author POTAPOV, P. L
DMITRIEV, V. B
MAKUSHEV, S. YU
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References F. Z. Vintaikin (BF02466276_CR1) 1975; 222
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Snippet Alloys with the shape memory effect have recently found application in engineering. Specifically, parts made of such alloys can be actuating members in...
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StartPage 103
SubjectTerms Alloys
Deformation
Deformation effects
Heat treatment
Martensite
Martensitic transformations
Shape memory effect
Thermal cycling
Transformations
Title Effect of deformation and external load on the characteristics of the reversible shape memory effect in alloy 80G15D2N3Kh
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