2001
DOI: 10.1016/s0921-5093(00)02018-9
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Factors affecting the strength and formability of alloys based on Al–3 wt.% Mg

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Cited by 36 publications
(19 citation statements)
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“…Based on both the average composition and earlier work, [11,15,30,31] the Chinese script intermetallics are Al 12 (Fe,Mn,Cu) 3 Si and the needle/platelet particles are Al 3 (Fe,Mn). The measured aluminum content in both cases is higher than stoichiometry due to additional spurious counts from the aluminum alloy matrix.…”
Section: As-cast Microstructurementioning
confidence: 92%
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“…Based on both the average composition and earlier work, [11,15,30,31] the Chinese script intermetallics are Al 12 (Fe,Mn,Cu) 3 Si and the needle/platelet particles are Al 3 (Fe,Mn). The measured aluminum content in both cases is higher than stoichiometry due to additional spurious counts from the aluminum alloy matrix.…”
Section: As-cast Microstructurementioning
confidence: 92%
“…The growth velocity of an a-Al dendrite during the nonequilibrium solidification is directly proportional to its local cooling rate when the temperature gradient is constant and a high growth velocity favors metastable phase formation. [17] Liang and Jones [33] demonstrated the influence of growth velocity on the phase selection in Al-Fe binary alloys and showed that, for the same composition with high growth solidification velocity, Al 6 Fe eutectic was predominant, whereas Al 3 Fe eutectic was predominant at low growth velocity. This means that nonfaceted metastable phases such as a-Al(FeMn) are formed near the surface, whereas faceted stable phases such as Al 3 (FeMn) are formed at the center of the ingot (as in the conventional cast ingot (Figure 8)).…”
Section: Fe Bearing Intermetallic Phasementioning
confidence: 99%
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