STUDY THE ELECTRIC CONDUCTIVITY OF COPPER-BASED POWDER COMPOSITION ALLOYS

Main Article Content

Alikulov А. Kh
Norkhudjaev F. R

Abstract

Globally, the demand for efficient powder composite materials for electrodes is growing every day, while the production of electrodes in powder metallurgy and increasing their service life are used in resistance spot welding machines, which are widely used in the automotive industry. In this aspect, the development of effective compositions and technologies for producing copper-based materials produced by powder metallurgy is important, including the characteristics and cost-effectiveness of materials used in the manufacture of electrodes used in resistance spot welding apparatus.

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How to Cite
Alikulov А. Kh, & Norkhudjaev F. R. (2024). STUDY THE ELECTRIC CONDUCTIVITY OF COPPER-BASED POWDER COMPOSITION ALLOYS. Uz-Conferences, 125. Retrieved from https://uz-conference.com/index.php/p/article/view/773
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Articles

References

H. Huh and W. Kang, “Electrothermal analysis of electric resistance spot welding processes by a 3-D finite element method,” Journal of Materials Processing Technology, vol. 63, no. 1-3, pp. 672–677, 1997.

А.Kh. Alikulov, B.Sh. Bektemirov, F.R. Norkhudjaev, Z.B. Mirzarakhimova. Determination of Density of The Samples Made of Copper Based Materials // Best journal of innovation in science, research and development. ISSN: 2835-3579 volume:02 issue: 09/2023 P.106-111.

Alikulov А.Kh. Bektemirov B.Sh. Begatov J. Madaliyev Sh. Yakubova M. The effect of chromium content and parameters of pressing and sintering on properties of Cu-Cr powder composition // International Journal of Mechatronics and Applied Mechanics. Bucharest, №15, 2023.- С. 172-178.

А.Kh. Alikulov, B.Sh. Bektemirov, F.R. Norkhudjaev, Sh.I. Tlovoldiyev. Research electrical conductivity of copper-chromium based powder alloy // Universum технические науки, –Moskva, №10, 2023. - С. 60-63.

А.Kh. Alikulov, U.N. Ruziev, F. Mengaliyev “Аnalysis of materials for contact spot welding electrodes”. “International Journal of Discoveries and Innovations in Applied Sciences (IJDIAS) ISSN 2792-3983” India. 2022 (12), Р.13