DEFORMATION-BEHAVIOR OF PEROVSKITE-TYPE PHASES IN THE SYSTEM FE-NI-AL-C .1. STRENGTH AND DUCTILITY OF NI3ALCX AND FE3ALCX ALLOYS WITH VARIOUS MICROSTRUCTURES

Authors
SANDERS W SAUTHOFF G
Citation
W. Sanders et G. Sauthoff, DEFORMATION-BEHAVIOR OF PEROVSKITE-TYPE PHASES IN THE SYSTEM FE-NI-AL-C .1. STRENGTH AND DUCTILITY OF NI3ALCX AND FE3ALCX ALLOYS WITH VARIOUS MICROSTRUCTURES, Intermetallics, 5(5), 1997, pp. 361-375
Citations number
57
Categorie Soggetti
Metallurgy & Metallurigical Engineering","Chemistry Physical","Material Science
Journal title
Intermetallics → ACNP
ISSN journal
09669795
Volume
5
Issue
5
Year of publication
1997
Pages
361 - 375
Database
ISI
SICI code
0966-9795(1997)5:5<361:DOPPIT>2.0.ZU;2-J
Abstract
Some Fe3AlCx and Ni3AlCx alloys with various microstructures were test ed with respect to strength and ductility between room temperature and 1200 degrees C. The studied Ni3AlCx(+Mn,Fe) alloys show the perovskit e-type structure (L'1(2)) with up to 2.5 at% carbon and are single pha se. The Fe3AlCx alloys show the same perovskite-type structure, which is stable in this case only for carbon contents exceeding 11 at%. Thes e alloys contain precipitates of graphite or alpha-FeAl (B2). All allo ys were studied by compression tests with constant deformation rate or constant load. Additionally, some hot-hardness tests were carried out . Ductility was characterized by 4-point-bending tests. The properties of Fe3AlCx and Ni3AlCx alloys are compared to each other and to those of Ni3Al. (C) 1997 Elsevier Science Limited.