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2018
Aluminum alloys are the second most widely used metallic materials after steels. Their most important properties are: Low density (2.7 g cm−3) which can lead to significant energy savings, especially in transportation applications Good mechanical properties offering optimum tensile strength Good workability permitting the most varied ...
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Aluminum alloys are the second most widely used metallic materials after steels. Their most important properties are: Low density (2.7 g cm−3) which can lead to significant energy savings, especially in transportation applications Good mechanical properties offering optimum tensile strength Good workability permitting the most varied ...
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2001
Abstract This article discusses the composition, structures, properties, and behaviors of aluminum alloys and explains how they correspond to specific alloying elements. It begins with an overview of the general characteristics of wrought and cast aluminum alloys, the four-digit classification system by which they are defined, and the ...
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Abstract This article discusses the composition, structures, properties, and behaviors of aluminum alloys and explains how they correspond to specific alloying elements. It begins with an overview of the general characteristics of wrought and cast aluminum alloys, the four-digit classification system by which they are defined, and the ...
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Scandium Alloying of Aluminum Alloys
Metal Science and Heat Treatment, 2020Basic physical metallurgy principles of alloying of aluminum alloys with scandium are considered and the fundamentals of the production of deformed semiproducts from these alloys are discussed. The discussion is based on the expected widening of the range of application of deformed semiproducts from scandium-alloyed aluminum alloys.
V. V. Zakharov +2 more
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Scandium-alloyed aluminum alloys
Metal Science and Heat Treatment, 1992The basic principles of alloying of aluminum alloys with scandium are: it is desirable to add scandium to aluminum alloys in a quantity from 0.1 to 0.3% together with zirconium (0.05–0.15%), which strengthens the positive influence of scandium on the structure and properties of alloys; the greatest effect (that is, the positive influence on mechanical ...
V. I. Elagin +2 more
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Alloying of aluminum-beryllium alloys
Russian Metallurgy (Metally), 2013The existing phase diagrams of Al-Be-X alloys, where X is an alloying element, are analyzed. Element X is noted to poorly dissolve in both aluminum and beryllium. It is shown that the absence of intermetallic compounds in the Al-Be system affects the phase equilibria in an Al-Be-X system.
L. V. Molchanova, V. N. Ilyushin
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2012
Abstract This chapter provides basic engineering information on aluminum alloys with an emphasis on their use in applications where weight is a significant design factor. It discusses the advantages and limitations of various types of aluminum along with their compositions, designations, and achievable strengths.
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Abstract This chapter provides basic engineering information on aluminum alloys with an emphasis on their use in applications where weight is a significant design factor. It discusses the advantages and limitations of various types of aluminum along with their compositions, designations, and achievable strengths.
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Nonaqueous Rechargeable Aluminum Batteries: Progresses, Challenges, and Perspectives
Chemical Reviews, 2021Jiguo Tu, Wei-Li Song, Haiping Lei
exaly