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Damping Behavior in a Wide Temperature Range of FeMn-Like High Entropy Shape Memory Alloys

Laurent Peltier, Paul Lohmuller, Fodil Meraghni, Étienne Patoor, Pascal Laheurte, Sophie Berveiller

2022Shape Memory and Superelasticity19 citationsDOIOpen Access PDF

Topics & Concepts

Damping capacityMaterials scienceShape-memory alloyHigh entropy alloysDifferential scanning calorimetryScanning electron microscopeDrop (telecommunication)Atmospheric temperature rangeMartensiteMetallurgyCondensed matter physicsComposite materialThermodynamicsMicrostructureMechanical engineeringPhysicsAlloyEngineeringShape Memory Alloy TransformationsHigh Entropy Alloys StudiesHistorical Art and Culture Studies
Damping Behavior in a Wide Temperature Range of FeMn-Like High Entropy Shape Memory Alloys | Litcius