2006•Radiation effects and defects in solidsRequires access

Mechanical properties of rapidly solidified of Cu-Sn shape memory alloys

Mustafa Kamal

Open publisher page 6 citations

Abstract

The as-received melt spun Cu–40 wt.%Sn ribbon displayed the shape memory effect, which was observed by bending a ribbon and watching how it returns to its original shape upon heating. The temperature at which the melt spun Cu-40 wt.%Sn completely transformed in austenite upon heating was found to be 470 K. The temperature at which the alloy started to transform to martensite upon cooling was 310 K.

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What this paper is about

The as-received melt spun Cu–40 wt.%Sn ribbon displayed the shape memory effect, which was observed by bending a ribbon and watching how it returns to its original shape upon heating. The temperature at which the melt spun Cu-40 wt.%Sn completely transformed in austenite upon heating was found to be 470 K. The temperature at which the alloy started to transform to martensite upon cooling was 310 K.

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Available abstract

The as-received melt spun Cu–40 wt.%Sn ribbon displayed the shape memory effect, which was observed by bending a ribbon and watching how it returns to its original shape upon heating. The temperature at which the melt spun Cu-40 wt.%Sn completely transformed in austenite upon heating was found to be 470 K. The temperature at which the alloy started to transform to martensite upon cooling was 310 K.

Key concepts: Shape-memory alloy, Ribbon, Austenite, Materials science, Alloy, Martensite, Bending, Modulus

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