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A Study of the Damping Capacity of Mechanically Processed Cu – 9.2Al – 5.3Mn – 0.6Fe Shape Memory Alloys

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The effect of deformation on the damping capacity of a copper-base shape memory alloy produced by standard methods is studied. The metallographic analysis is performed with the help of scanning… Click to show full abstract

The effect of deformation on the damping capacity of a copper-base shape memory alloy produced by standard methods is studied. The metallographic analysis is performed with the help of scanning electron microscopy. The internal friction is measured at different temperatures. The damping capacity of the alloy is analyzed and its relation to the mechanical and physical properties is determined.

Keywords: capacity; shape memory; study damping; damping capacity

Journal Title: Metal Science and Heat Treatment
Year Published: 2017

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