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• W2236179741 endingPage "10" @default.
• W2236179741 startingPage "10" @default.
• W2236179741 abstract "Iron aluminides have been among the most studied intermetallics since the 1930s, when their excellent oxidation resistance was first noticed. Their low cost of production, low density, high strength-to-weight ratios, good wear resistance, ease of fabrication and resistance to high temperature oxidation and sulfurization make them very attractive as a substitute for routine stainless steel in industrial applications. Furthermore, iron aluminides allow for the conservation of less accessible and expensive elements such as nickel and molybdenum. These advantages have led to the consideration of many applications, such as brake disks for windmills and trucks, filtration systems in refineries and fossil power plants, transfer rolls for hot-rolled steel strips, and ethylene crackers and air deflectors for burning high-sulfur coal. A wide application for iron aluminides in industry strictly depends on the fundamental understanding of the influence of (i) alloy composition; (ii) microstructure; and (iii) number (type) of defects on the thermo-mechanical properties. Additionally, environmental degradation of the alloys, consisting of hydrogen embrittlement, anodic or cathodic dissolution, localized corrosion and oxidation resistance, in different environments should be well known. Recently, some progress in the development of new micro- and nano-mechanical testing methods in addition to the fabrication techniques of micro- and nano-scaled samples has enabled scientists to resolve more clearly the effects of alloying elements, environmental items and crystal structure on the deformation behavior of alloys. In this paper, we will review the extensive work which has been done during the last decades to address each of the points mentioned above." @default.
• W2236179741 created "2016-06-24" @default.
• W2236179741 creator A5015412705 @default.
• W2236179741 creator A5031536666 @default.
• W2236179741 creator A5072090079 @default.
• W2236179741 date "2016-01-14" @default.
• W2236179741 modified "2023-10-18" @default.
• W2236179741 title "A Review on the Properties of Iron Aluminide Intermetallics" @default.
• W2236179741 cites W107029649 @default.
• W2236179741 cites W109648617 @default.
• W2236179741 cites W158773736 @default.
• W2236179741 cites W1770138646 @default.
• W2236179741 cites W1784543951 @default.
• W2236179741 cites W1964210578 @default.
• W2236179741 cites W1964244675 @default.
• W2236179741 cites W1964349672 @default.
• W2236179741 cites W1966782965 @default.
• W2236179741 cites W1967392438 @default.
• W2236179741 cites W1967629873 @default.
• W2236179741 cites W1969503473 @default.
• W2236179741 cites W1969742719 @default.
• W2236179741 cites W1971941151 @default.
• W2236179741 cites W1972252924 @default.
• W2236179741 cites W1972477439 @default.
• W2236179741 cites W1972943767 @default.
• W2236179741 cites W1973503891 @default.
• W2236179741 cites W1976397580 @default.
• W2236179741 cites W1976479408 @default.
• W2236179741 cites W1977939495 @default.
• W2236179741 cites W1978674005 @default.
• W2236179741 cites W1979007499 @default.
• W2236179741 cites W1979236642 @default.
• W2236179741 cites W1980101124 @default.
• W2236179741 cites W1983945406 @default.
• W2236179741 cites W1984314511 @default.
• W2236179741 cites W1984922962 @default.
• W2236179741 cites W1986438398 @default.
• W2236179741 cites W1986490352 @default.
• W2236179741 cites W1987502395 @default.
• W2236179741 cites W1987764994 @default.
• W2236179741 cites W1988600436 @default.
• W2236179741 cites W1989579887 @default.
• W2236179741 cites W1990019805 @default.
• W2236179741 cites W1990030708 @default.
• W2236179741 cites W1990598147 @default.
• W2236179741 cites W1990983383 @default.
• W2236179741 cites W1991747899 @default.
• W2236179741 cites W1993277789 @default.
• W2236179741 cites W1993748582 @default.
• W2236179741 cites W1993987320 @default.
• W2236179741 cites W1994094200 @default.
• W2236179741 cites W1997899449 @default.
• W2236179741 cites W1998608328 @default.
• W2236179741 cites W1998616372 @default.
• W2236179741 cites W1998786842 @default.
• W2236179741 cites W1999128354 @default.
• W2236179741 cites W1999825501 @default.
• W2236179741 cites W2000254181 @default.
• W2236179741 cites W2000335299 @default.
• W2236179741 cites W2000665972 @default.
• W2236179741 cites W2003015624 @default.
• W2236179741 cites W2003151714 @default.
• W2236179741 cites W2004580187 @default.
• W2236179741 cites W2004796230 @default.
• W2236179741 cites W2007453549 @default.
• W2236179741 cites W2007966348 @default.
• W2236179741 cites W2010871948 @default.
• W2236179741 cites W2012358184 @default.
• W2236179741 cites W2012449494 @default.
• W2236179741 cites W2013983060 @default.
• W2236179741 cites W2013991852 @default.
• W2236179741 cites W2014953955 @default.
• W2236179741 cites W2016140450 @default.
• W2236179741 cites W2018284958 @default.
• W2236179741 cites W2019197812 @default.
• W2236179741 cites W2023894403 @default.
• W2236179741 cites W2024510129 @default.
• W2236179741 cites W2025621649 @default.
• W2236179741 cites W2027286450 @default.
• W2236179741 cites W2028397975 @default.
• W2236179741 cites W2030284859 @default.
• W2236179741 cites W203089543 @default.
• W2236179741 cites W2031135806 @default.
• W2236179741 cites W2034799154 @default.
• W2236179741 cites W2035679046 @default.
• W2236179741 cites W2035994929 @default.
• W2236179741 cites W2036477489 @default.
• W2236179741 cites W2037230037 @default.
• W2236179741 cites W2038490325 @default.
• W2236179741 cites W2038699639 @default.
• W2236179741 cites W2040864940 @default.
• W2236179741 cites W2041083652 @default.
• W2236179741 cites W2041304431 @default.
• W2236179741 cites W2042566409 @default.
• W2236179741 cites W2042586910 @default.
• W2236179741 cites W2043016652 @default.
• W2236179741 cites W2045297673 @default.
• W2236179741 cites W2045316891 @default.

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