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Issue #6/2025
V.I.Rumyantsev, S.V.Agafonov, M.A.Yurkov, А.А.Fedotkova, K.D.Alexeeva, E.S.Shitova, N.A.Litobchenko, A.V.Erokhina, A.P.Ponomarenko, А.V.Glebov, F.V.Makarov, Е.M.Glebova, R.G.Zakharov, I.S.Osipov
RESEARCH ON THE MICROSTRUCTURE OF METAL MATRIX COMPOSITE MATERIALS BASED ON ALUMINUM REINFORCED WITH MODIFIED CARBON FIBERS
RESEARCH ON THE MICROSTRUCTURE OF METAL MATRIX COMPOSITE MATERIALS BASED ON ALUMINUM REINFORCED WITH MODIFIED CARBON FIBERS
DOI: https://doi.org/10.22184/1993-8578.2025.18.6.370.378
The work presents the results of a study on determination of metallic coatings thickness on carbon fibers and microstructure of metal-matrix composite materials based on aluminum reinforced with modified carbon fibers. Protective coatings made of metals such as nickel and copper served as modifiers for the carbon fibers. These coatings allowed for impregnation of the carbon fiber with molten aluminum using a liquid-phase method, resulting in highly reinforced metal-matrix composite materials with a volumetric content of carbon fiber of 72–75%.
Tags: aluminum carbon fiber coating liquid-phase method metal matrix composite materials алюминий жидкофазный метод металломатричные композиционные материалы покрытие углеродное волокно
Subscribe to the journal Nanoindustry to read the full article.
The work presents the results of a study on determination of metallic coatings thickness on carbon fibers and microstructure of metal-matrix composite materials based on aluminum reinforced with modified carbon fibers. Protective coatings made of metals such as nickel and copper served as modifiers for the carbon fibers. These coatings allowed for impregnation of the carbon fiber with molten aluminum using a liquid-phase method, resulting in highly reinforced metal-matrix composite materials with a volumetric content of carbon fiber of 72–75%.
Tags: aluminum carbon fiber coating liquid-phase method metal matrix composite materials алюминий жидкофазный метод металломатричные композиционные материалы покрытие углеродное волокно
Subscribe to the journal Nanoindustry to read the full article.
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