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    Drop forging of HSLA steel with application of thermomechanical treatment

    New search for: Skubisz, P.
    New search for: Łukaszek-Sołek, A.
    New search for: Sińczak, J.
    New search for: Bednarek, S.

    Problems of realization of thermomechanical treatment for microalloyed-steel forgings are presented. The issue is discussed on the example of high-pressure-pump crankshaft. On the strength of numerical analysis results conditions for favourable strain and temperature distribution were determined. In addition, by means of numerical modelling proper perform geometry was designed, which allowed elimination of costly trials in industrial conditions, necessary especially for this part due to inclination to fold formation. The knowledge of precipitation kinetics in the analysed steel in combination with the obtained profiles of temperature made it possible to determine appropriate forging temperature, time, rate and a scheme of cooling. The experimental tests run in industrial conditions confirmed reasonability of assumed technology. Mechanical testing proved required high ultimate strength and yield stress and ductility.

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    Drop forging of HSLA steel with application of thermomechanical treatment

    New search for: Skubisz, P.
    New search for: Łukaszek-Sołek, A.
    New search for: Sińczak, J.
    New search for: Bednarek, S.

    Problems of realization of thermomechanical treatment for microalloyed-steel forgings are presented. The issue is discussed on the example of high-pressure-pump crankshaft. On the strength of numerical analysis results conditions for favourable strain and temperature distribution were determined. In addition, by means of numerical modelling proper perform geometry was designed, which allowed elimination of costly trials in industrial conditions, necessary especially for this part due to inclination to fold formation. The knowledge of precipitation kinetics in the analysed steel in combination with the obtained profiles of temperature made it possible to determine appropriate forging temperature, time, rate and a scheme of cooling. The experimental tests run in industrial conditions confirmed reasonability of assumed technology. Mechanical testing proved required high ultimate strength and yield stress and ductility.

    Access

    Check access
    Check availability in my library
    Order at Subito €

    Drop forging of HSLA steel with application of thermomechanical treatment

    New search for: Skubisz, P.
    New search for: Łukaszek-Sołek, A.
    New search for: Sińczak, J.
    New search for: Bednarek, S.

    Problems of realization of thermomechanical treatment for microalloyed-steel forgings are presented. The issue is discussed on the example of high-pressure-pump crankshaft. On the strength of numerical analysis results conditions for favourable strain and temperature distribution were determined. In addition, by means of numerical modelling proper perform geometry was designed, which allowed elimination of costly trials in industrial conditions, necessary especially for this part due to inclination to fold formation. The knowledge of precipitation kinetics in the analysed steel in combination with the obtained profiles of temperature made it possible to determine appropriate forging temperature, time, rate and a scheme of cooling. The experimental tests run in industrial conditions confirmed reasonability of assumed technology. Mechanical testing proved required high ultimate strength and yield stress and ductility.

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    Title:

    Drop forging of HSLA steel with application of thermomechanical treatment

    Additional title:

    Proces kucia matrycowego stali HSLA z zastosowaniem obróbki cieplnoplastycznej

    Contributors:

    Skubisz, P. (author) / Łukaszek-Sołek, A. (author) / Sińczak, J. (author) / Bednarek, S. (author)

    Published in:

    Archives of Civil and Mechanical Engineering ; 8 ; 93-102

    Publication date:

    2008-12-01

    Size:

    10 pages

    ISSN:

    2083-3318

    DOI:

    https://doi.org/10.1016/S1644-9665(12)60125-3

    Type of media:

    Article (Journal)

    Type of material:

    Electronic Resource

    Language:

    English

    Keywords:

    thermomechanical treatment , controlled cooling , mechanical properties , numerical modelling , hardness , yield stress Engineering , Materials Engineering , Civil Engineering , Mechanical Engineering , Structural Materials

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