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Brandl Et Al - 2022 - Temperature-Dependent Nanoindentation and Activation Volume in High-Purity by aa is a document available to read on EtoBox.
This study investigates the temperature-dependent nanoindentation and activation volume in high-purity body-centered cubic chromium, focusing on the thermally activated dislocation plasticity and the kink pair nucleation mechanism. High-temperature nanoindentation experiments were conducted to characterize the deformation behavior from room temperature to 698 K, revealing a change in the slip plane with increasing temperature. The findings are compared with modified kink-pair nucleation models, providing in
- Author
- aa
- Language
- EN