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Tailoring elastic, mechanical and texture properties of Cu-37Zn brass by ultrasonic impact treatment applied at ambient and cryogenic temperatures

O. I. Zaporozhets, B.N. Mordyuk, V.А. Mykhailovskyi, A.A. Halkina, M. O. Dordienko, А. P. Burmak, Enzoh Langi, Liguo Zhao

2024Materials Today Communications11 citationsDOI

Topics & Concepts

Materials scienceTexture (cosmology)Ultrasonic sensorComposite materialElectron backscatter diffractionDislocationBrassCrystal twinningMicrostructureMetallurgyCopperImage (mathematics)Artificial intelligenceAcousticsComputer sciencePhysicsMicrostructure and mechanical propertiesHigh-Velocity Impact and Material BehaviorSurface Treatment and Residual Stress
Tailoring elastic, mechanical and texture properties of Cu-37Zn brass by ultrasonic impact treatment applied at ambient and cryogenic temperatures | Litcius