Surface tension-driven shape-recovery of micro/nanometer-scale surface features in a Pt\(_{57.5}\)Ni\(_{5.3}\)Cu\(_{14.7}\)P\(_{22.5}\) metallic glass in the supercooled liquid region: a numerical modeling capability (Q645772)

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scientific article; zbMATH DE number 5970110
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English
Surface tension-driven shape-recovery of micro/nanometer-scale surface features in a Pt\(_{57.5}\)Ni\(_{5.3}\)Cu\(_{14.7}\)P\(_{22.5}\) metallic glass in the supercooled liquid region: a numerical modeling capability
scientific article; zbMATH DE number 5970110

    Statements

    Surface tension-driven shape-recovery of micro/nanometer-scale surface features in a Pt\(_{57.5}\)Ni\(_{5.3}\)Cu\(_{14.7}\)P\(_{22.5}\) metallic glass in the supercooled liquid region: a numerical modeling capability (English)
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    10 November 2011
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    metallic glasses
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    surface tension
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    shape recovery
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    viscoplasticity
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    finite element method
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