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Metal Science and Metallography
ArticleName Development of intermetallic Fe–Al alloys
ArticleAuthor M. Palm, F. Stein, G. Dehm
ArticleAuthorData

Max-Plank Institute for Iron Research (Düsseldorf, Germany):

M. Palm, e-mail: palm@mpie.de

F. Stein

G. Dehm

Abstract

The group “Intermetallic materials” in the Max-Plank Institute for Iron Research (MPIE) develops the new materials on the base of intermetallic phases for applications in the high-temperature conditions and in explosive atmospheres. This research was devoted to Fe–Al alloys that can replace expensive high-alloyed steels. They are characterized by excellent fluidity and smooth surface in cast condition. Fe–Al steels can be subjected to rolling and forging in the same way as chromium (9–12%) steels, as well as to the new additive technologies (such as Selective Laser Melting or Laser Metal Deposition). Fe–Al products can be widely used in the automotive industry.

keywords Fe aluminides, alloys, intermetallic phases, strength, ductility, alloying, borides
References

1. Palm M. Intremetallics 13 (2005). S. 1286/95.
2. Palm M., Krein R., Milenkovic S., Sauthoff G., Risanti D., Stallybrass C., Schneider A. Mat. Res. Soc. Symp. Proc. 980 (2007). S. 0980-1101-01.
3. Stein F., Schneider A., Frommeyer G. Intremetallics 11 (2003). S. 71/82.
4. Hanus P., Bartsch E., Palm M., Krein R., Bauer-Partenheimer K., Janschek P. Intremetallics. 18 (2010). S. 1379/84.
5. Michalkova A., Sencekova L., Rolink G., Weisheit A., Pešicka J., Stobik M., Palm M. Mat. Design 116 (2017). 481/94.

Language of full-text russian
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