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Enhancing tribological performance of β-titanium alloy using electrical discharge process

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In this study, medical-grade β-titanium (Ti–35Nb–7Ta–5Zr) alloy was treated using the electrical discharge machining process. Biofavorable substances, such as multiwalled carbon (C) nanotubes and μ... Click to show full abstract

In this study, medical-grade β-titanium (Ti–35Nb–7Ta–5Zr) alloy was treated using the electrical discharge machining process. Biofavorable substances, such as multiwalled carbon (C) nanotubes and μ...

Keywords: alloy; using electrical; electrical discharge; process; titanium

Journal Title: Surface Innovations
Year Published: 2020

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