Preliminary Results on Thermal Shock Behavior of CuZnAl Shape Memory Alloy Using a Solar Concentrator as Heating Source

It is highly accepted that martensitic transformation can be induced by temperature variation and by stress solicitation. Using a solar concentrator, we manage to increase the material surface temperature (till 573 respectively 873 K) in very short periods of time in order to analyze the material be...

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Published inIOP conference series. Materials Science and Engineering Vol. 374; no. 1; pp. 12024 - 12028
Main Authors Tudora, C, Abrudeanu, M, Stanciu, S, Anghel, D, Plaiaşu, G A, Rizea, V, Ştirbu, I, Cimpoeşu, N
Format Journal Article
LanguageEnglish
Published Bristol IOP Publishing 01.06.2018
Subjects
Atomic force microscopy
Concentrators
Heating
Martensitic transformations
Microscopy
Shape memory alloys
Smart materials
Thermal shock
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Abstract It is highly accepted that martensitic transformation can be induced by temperature variation and by stress solicitation. Using a solar concentrator, we manage to increase the material surface temperature (till 573 respectively 873 K) in very short periods of time in order to analyze the material behavior under thermal shocks. The heating/cooling process was registered and analyzed during the experiments. Material surface was analyzed before and after thermal shocks by microstructure point of view using scanning electron microscopy (SEM) and atomic force microscopy (AFM). The experiments follow the material behavior during fast heating and propose the possibility of activating smart materials using the sun heat for aerospace applications.
AbstractList It is highly accepted that martensitic transformation can be induced by temperature variation and by stress solicitation. Using a solar concentrator, we manage to increase the material surface temperature (till 573 respectively 873 K) in very short periods of time in order to analyze the material behavior under thermal shocks. The heating/cooling process was registered and analyzed during the experiments. Material surface was analyzed before and after thermal shocks by microstructure point of view using scanning electron microscopy (SEM) and atomic force microscopy (AFM). The experiments follow the material behavior during fast heating and propose the possibility of activating smart materials using the sun heat for aerospace applications.
Author Stanciu, S
Abrudeanu, M
Cimpoeşu, N
Plaiaşu, G A
Anghel, D
Rizea, V
Ştirbu, I
Tudora, C
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Snippet It is highly accepted that martensitic transformation can be induced by temperature variation and by stress solicitation. Using a solar concentrator, we manage...
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StartPage 12024
SubjectTerms Atomic force microscopy
Concentrators
Heating
Martensitic transformations
Microscopy
Shape memory alloys
Smart materials
Thermal shock
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Title Preliminary Results on Thermal Shock Behavior of CuZnAl Shape Memory Alloy Using a Solar Concentrator as Heating Source
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