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Experimental validation of inverse heat conduction method: quenching of steels XC42 and XC80

  • A. Azim (a1), P. Archambault (a2), S. Denis (a2) and H. Rhanim (a1)

Abstract

Two inverses methods are developed to calculate the surface heat flux and temperature of a body during heat treatment. Knowing temperature of an inner point of the solid and taking into account the phase transformation non-linearity, the surface heat flux evolution is estimated by an inverse algorithm. The experimental validation of both methods is performed in XC42 and XC80 steels case.

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[1] J.V. Beck, St Clair Blackwell, Inverse Heat Conduction (Wiley, New York, 1985)
[2] Beck, J.V., Likhouhi, B., Clair, Numer. Heat Tr. 5, 275 (1982)
[3] Archambault, A., Azim, A., J. Mater. Eng. Perform. 4, 730 (1995)
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[6] Y. Dardel, La transmission de la chaleur au cours de la solidification, du réchauffage et la trempe de l'acier (Éditions de la Revue de la Métallurgie, 1964)
[7] Bhattchyya, G.L., Kehl, Trans. ASM 47, 351 (1955)
[8] E. Gautier, Transformation perlitique et martensitique sous contrainte de tension, Ph.D. thesis, Physiques INPL Nancy, Février 1985
[9] Denis, S., Gautier, E., Sjöström, S., Simon, A., Acta Metall. 35, 1621 (1987)
[10] Denis, S., Farias, D., Simon, A., ISIJ Int. 32, 316 (1992)
[11] Denis, S., Gautier, E., Simon, A., Beck, G., Mater. Sci. Tech. Lond. 1, 805 (1985)

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