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    Dry sliding wear behavior of low carbon dual phase powder metallurgy steels

    New search for: Tekeli, S.
    New search for: Güral, A.
    New search for: Özyürek, D.

    AbstractDry sliding wear behavior of Fe+0.3% graphite powder metallurgy processed (PM) steels was investigated at constant sliding speed, load and distance. For this purpose, atomized iron powder was mixed with 0.3% graphite powder and sintered at 1200°C for 30min under Argon gas atmosphere. The sintered PM specimens were intercritically annealed at different temperatures (728 and 760°C) and then water-quenched. After sintering, a typical ferrite+pearlite microstructure was obtained. In the microstructure of the intercritically annealed PM specimens, a ferrite+martensite microstructure was produced. After wear tests, it was seen that the wear rate of the intercritically annealed specimens was very low in comparison to as-sintered specimen. The specimen intercritically annealed at 728°C showed the lowest wear rate, despite its lower martensite volume fraction.

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    Dry sliding wear behavior of low carbon dual phase powder metallurgy steels

    New search for: Tekeli, S.
    New search for: Güral, A.
    New search for: Özyürek, D.

    AbstractDry sliding wear behavior of Fe+0.3% graphite powder metallurgy processed (PM) steels was investigated at constant sliding speed, load and distance. For this purpose, atomized iron powder was mixed with 0.3% graphite powder and sintered at 1200°C for 30min under Argon gas atmosphere. The sintered PM specimens were intercritically annealed at different temperatures (728 and 760°C) and then water-quenched. After sintering, a typical ferrite+pearlite microstructure was obtained. In the microstructure of the intercritically annealed PM specimens, a ferrite+martensite microstructure was produced. After wear tests, it was seen that the wear rate of the intercritically annealed specimens was very low in comparison to as-sintered specimen. The specimen intercritically annealed at 728°C showed the lowest wear rate, despite its lower martensite volume fraction.

    Access

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    Dry sliding wear behavior of low carbon dual phase powder metallurgy steels

    New search for: Tekeli, S.
    New search for: Güral, A.
    New search for: Özyürek, D.

    AbstractDry sliding wear behavior of Fe+0.3% graphite powder metallurgy processed (PM) steels was investigated at constant sliding speed, load and distance. For this purpose, atomized iron powder was mixed with 0.3% graphite powder and sintered at 1200°C for 30min under Argon gas atmosphere. The sintered PM specimens were intercritically annealed at different temperatures (728 and 760°C) and then water-quenched. After sintering, a typical ferrite+pearlite microstructure was obtained. In the microstructure of the intercritically annealed PM specimens, a ferrite+martensite microstructure was produced. After wear tests, it was seen that the wear rate of the intercritically annealed specimens was very low in comparison to as-sintered specimen. The specimen intercritically annealed at 728°C showed the lowest wear rate, despite its lower martensite volume fraction.

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    Title:

    Dry sliding wear behavior of low carbon dual phase powder metallurgy steels

    Contributors:

    Tekeli, S. (author) / Güral, A. (author) / Özyürek, D. (author)

    Publication date:

    2006-03-16

    Size:

    4 pages

    ISSN:

    0261-3069

    DOI:

    https://doi.org/10.1016/j.matdes.2006.03.013

    Type of media:

    Article (Journal)

    Type of material:

    Electronic Resource

    Language:

    English

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