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Validation of the applicability of a creep model for directionally solidified eutectics with a lamellar microstructure

Jürgen Albiez, Ioannis Sprenger, D. Weygand, Martin Heilmaier, Thomas Böhlke

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Abstract

Abstract Depending on the process parameters, the directional solidification (DS) of eutectic alloys leads to a fibrous or lamellar microstructure. A physically motivated creep model which was evaluated for a DS‐eutectic with a fibrous microstructure is applied to a DS‐eutectic with a lamellar microstructure. Creep curves are simulated and compared to experimentally measured ones. It is shown, that the simulation is in good agreement with the experiment. (© 2016 Wiley‐VCH Verlag GmbH & Co. KGaA, Weinheim)

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Abstract Depending on the process parameters, the directional solidification (DS) of eutectic alloys leads to a fibrous or lamellar microstructure. A physically motivated creep model which was evaluated for a DS‐eutectic with a fibrous microstructure is applied to a DS‐eutectic with a lamellar microstructure. Creep curves are simulated and compared to experimentally measured ones. It is shown, that the simulation is in good agreement with the experiment. (© 2016 Wiley‐VCH Verlag GmbH & Co. KGaA, Weinheim)

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Available abstract

Abstract Depending on the process parameters, the directional solidification (DS) of eutectic alloys leads to a fibrous or lamellar microstructure. A physically motivated creep model which was evaluated for a DS‐eutectic with a fibrous microstructure is applied to a DS‐eutectic with a lamellar microstructure. Creep curves are simulated and compared to experimentally measured ones. It is shown, that the simulation is in good agreement with the experiment. (© 2016 Wiley‐VCH Verlag GmbH & Co. KGaA, Weinheim)

Key concepts: Eutectic system, Lamellar structure, Microstructure, Creep, Materials science, Directional solidification, Composite material, Metallurgy

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