Volume 29, Issue 3 (May 2001)

    Sensitivity Analysis of the Small Specimen Bulge Test by the Finite Element and the Taguchi Methods

    (Received 7 June 2000; accepted 29 December 2000)

    CODEN: JTEOAD

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    Abstract

    Small punch and bulge tests have been applied to determine material properties from small specimens in the power generation industry for a number of years. This paper applies the finite element (FE) and the Taguchi methods to carry out the sensitivity analysis of the small specimen bulge test to variations of seven parameters. The FE model takes into account elastic/plastic material properties, large strain, and contact behavior with friction. The sensitivity of the punch force to the variation of these parameters has been studied. The relationship between the maximum punch force and the punch displacement and the yield stress of the tested sample has been identified using the orthogonal polynomial regression technique.


    Author Information:

    Li, W
    Analysis engineer, Dalphimetal Ltd., Coventry,

    Hellen, TK
    Professor, Liverpool University, Liverpool,

    Brookfield, DJ
    Senior lecturer, Liverpool University, Liverpool,

    Mottershead, JE
    Professor, Liverpool University, Liverpool,

    Whelan, M
    Senior researcher, European Commission JRC, ISIS-TP210, Ispra (Va),


    Stock #: JTE12256J

    ISSN: 0090-3973

    DOI: 10.1520/JTE12256J

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    Author
    Title Sensitivity Analysis of the Small Specimen Bulge Test by the Finite Element and the Taguchi Methods
    Symposium , 0000-00-00
    Committee G04