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The Transition between Anelasticity and Plasticity in Glass-Forming Metallic Liquids

6.1 Abstract The relaxation processes of metallic glasses are investigated by observing the changes in material properties associated with the transient stress strain response of specimens subjected to isothermal deformations. The properties studied include the isoconfigurational shear modulus, configurational enthalpy, and the anelastic strain of the material. Conventional glass relaxation processes and Eshelby Stresses are applied to the description of the relaxations observed in the transient response of the material. Additionally, the criteria for shear localization and the barrier height controlling flow are investigated using steady-state flow properties of the material at different strain rates.