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    Investigation on the superplasticity behavior of ultrahigh carbon steel

    New search for: Özdemir, N.
    New search for: Orhan, N.

    AbstractIn this study, the superplasticity behavior of grain-refinement ultrahigh carbon (UHC) steel with thermomechanical process and having an average grain size of 3μm was investigated at the eutectoid transformation points of this material with the stepped strain rates between 2×10−3 and 1.6×10−2s−1 test method. The results showed that the best superplasticity was obtained at 735°C and in the deformation rate range between 3.3×10−3 and 4.6×10−3s−1. The deformation rate sensitivity exponent, m, was calculated as 0.58 in this range.

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    Investigation on the superplasticity behavior of ultrahigh carbon steel

    New search for: Özdemir, N.
    New search for: Orhan, N.

    AbstractIn this study, the superplasticity behavior of grain-refinement ultrahigh carbon (UHC) steel with thermomechanical process and having an average grain size of 3μm was investigated at the eutectoid transformation points of this material with the stepped strain rates between 2×10−3 and 1.6×10−2s−1 test method. The results showed that the best superplasticity was obtained at 735°C and in the deformation rate range between 3.3×10−3 and 4.6×10−3s−1. The deformation rate sensitivity exponent, m, was calculated as 0.58 in this range.

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    Investigation on the superplasticity behavior of ultrahigh carbon steel

    New search for: Özdemir, N.
    New search for: Orhan, N.

    AbstractIn this study, the superplasticity behavior of grain-refinement ultrahigh carbon (UHC) steel with thermomechanical process and having an average grain size of 3μm was investigated at the eutectoid transformation points of this material with the stepped strain rates between 2×10−3 and 1.6×10−2s−1 test method. The results showed that the best superplasticity was obtained at 735°C and in the deformation rate range between 3.3×10−3 and 4.6×10−3s−1. The deformation rate sensitivity exponent, m, was calculated as 0.58 in this range.

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    Title:

    Investigation on the superplasticity behavior of ultrahigh carbon steel

    Contributors:

    Özdemir, N. (author) / Orhan, N. (author)

    Publication date:

    2004-12-14

    Size:

    4 pages

    ISSN:

    0261-3069

    DOI:

    https://doi.org/10.1016/j.matdes.2004.12.018

    Type of media:

    Article (Journal)

    Type of material:

    Electronic Resource

    Language:

    English

    Keywords:

    Superplasticity , UHC steel , Grain-refinement , Thermomechanical treatment , Hot deformation

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