Finite element analysis of laser transformation hardening

Han Huetink, L.H.J.F. Beckmann, Hubertus J.M. Geijselaers

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    Abstract

    The problem of determining stresses, phase compositions and temperature distributions during the transformation hardening of steel with a CO-laser beam is investigated. To model the different phases in each material point a parallel fraction model is used, in which each fraction represents one phase. The description of phase transformations is obtained by an incremental formulation of the Avrami-equation for isothermal transformation. A model is developed to describe the superheating of ferrite and pearlite. The model is demonstrated by a detailed computation of stresses, deformations and phase compositions in the case of a stationary laser flash.
    Original languageEnglish
    Publication statusPublished - Mar 1990
    EventOptical science and engineering, 1990: CO2 Lasers and Applications II - the Hague, Netherlands
    Duration: 12 Mar 199015 Mar 1990

    Conference

    ConferenceOptical science and engineering, 1990
    Abbreviated titleSPIE 1276
    CountryNetherlands
    Citythe Hague
    Period12/03/9015/03/90

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