A correlation between deformation-induced surface roughness and in-plane plastic strain in an aluminum alloy at the mesoscale V. A. Romanova, V. Shakhidzhanov, O. S. Zinovieva [et al.]
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ArticleContent type: Текст Media type: электронный Subject(s): шероховатость поверхности | пластическая деформация | алюминиевые сплавы | мезомасштабGenre/Form: статьи в журналах Online resources: Click here to access online
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Procedia structural integrity Vol. 35. P. 66-73Abstract: cal studies on deformation-induced surface roughening in a commercial purity aluminum alloy are presented and discussed. Mesoscale surface profiles evolving in the experimental and numerical specimens in the course of tension are processed to reveal a correlation between roughness characteristics and in-plane plastic strains at the mesoscale. A dimensionless parameter calculated as a ratio of the rough profile length to the profile evaluation length has been used for quantitative estimations of the mesoscale roughness patterns. The dimensionless roughness parameter is shown to depend exponentially on the in-plane plastic strains at the mesoscale. The results support an early assumption that
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cal studies on deformation-induced surface roughening in a commercial purity aluminum alloy are presented and discussed. Mesoscale surface profiles evolving in the experimental and numerical specimens in the course of tension are processed to reveal a correlation between roughness characteristics and in-plane plastic strains at the mesoscale. A dimensionless parameter calculated as a ratio of the rough profile length to the profile evaluation length has been used for quantitative estimations of the mesoscale roughness patterns. The dimensionless roughness parameter is shown to depend exponentially on the in-plane plastic strains at the mesoscale. The results support an early assumption that
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