Abstract
Residual stress introduced in middle carbon steels by a solid-solid transformation following a laser heating are studied by two methods: a destructive one which consists in taking away layers of material, the other one, a non destructive method, based on the ferromagnetic noise analysis. The first method gives an average value of the stresses existing in the machined layers, the second one gives informations on localized variations.
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P.J. Oakley, Reprint from the Welding Institute Research Bulletin, Vol. 22, January 1981, p. 4–11.
J.H.P.C. Megaw and A.S. Kaye, Proceeding of the Photo Optical Instrumentation Engineers, 1978, Vol. 164, 4° European Electro Optics Conference, Sira, Ultrecht, Netherlands, p. 241–251.
A. Leluan, Revue du GAMI: Mécanique, juin-juillet 1969, p. 19–24.
A.B. Vannes, Thèse de Docteur-Ingénieur, 1973, Lyon, n° 0.116.
A.B. Vannes and F. Guy, Rapport interne partiel n° 2, C.E.T.I.M.: Effet Barkhausen, 1982.
E. Cousinou, B. Augustiniak and A.B. Vannes, Rapport interne partiel n° 2, C.E.T.I.M.: Effet Barkhausen, 1983.
L. Bonello and M.H.A. Howes, Traitement thermique, n° 159, nov. 1981, p. 33–37.
C. Chabrol, Rapport D.E.A., I.N.S.A. de Lyon, septemhre 1983.
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Chabrol, C., Coquerelle, G., Gerbet, D. et al. Some Results Concerning the Residual Stresses Distribution in Laser Treated Samples. MRS Online Proceedings Library 23, 259–265 (1983). https://doi.org/10.1557/PROC-23-259
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DOI: https://doi.org/10.1557/PROC-23-259