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Composites and multipurpose coatings
ArticleName Dispersive-charged Al–TiC composition materials
ArticleAuthor Mikheev R. S., Chernyshova T. A., Kobeleva L. I.
ArticleAuthorData R. S. Mikheev, Junior Researcher, e-mail: mikheev.roman@mail.ru; T. A. Chernyshova, Chief Researcher; L. I. Kobeleva, Senior Researcher, The Baykov Institute of Metallurgy and Material Science of the Russian Academy of Sciences.
Abstract
Composition materials with matrix of aluminium alloys, hardened with TiC particles, have been produced with casting technology using method of mechanical mixing of filling compound in matrix melt. The structure, mechanical and tribotechnical properties of composition materials have been researched. It has been shown, that TiC particles become the center of crystallization thanks to satisfactory Al wetability with melt. Filling compound distribution in matrix, evaluated with method of Dirikhle mosaics has been characterized as slightly regular. Implementation of TiC particles in matrix melts stabilize friction process, widen triboloading diapason, lead to reducing friction coefficient and raising durability by 2–3 times.
keywords Composition materials on the base of aluminium alloys, titanium carbide, mechanical mixing of filling compound, durability.
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