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This chapter provides a comprehensive analysis of the behavior of medical-grade cobalt-chromium (Co–Cr) alloy when subjected to electrical discharge treatment. We investigate how different spark energy levels influence the alloy’s properties and performance, as well as the effects of various dielectric media used during the treatment process. By systematically varying the spark energy and exploring a range of dielectric environments, we aim to understand the implications of these parameters on the microstructural changes, surface characteristics, and overall functional behavior of the Co–Cr alloy. This research is crucial for optimizing the alloy’s application in medical devices, where performance and biocompatibility are of paramount importance.

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In-Vitro Corrosion Investigation of Co–Cr Alloy (Stage II)

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  • 发表日期：

    2026年

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  • Amit Mahajan,
  • Sandeep Devgan,
  • Gurpreet Singh

摘要

This chapter provides a comprehensive analysis of the behavior of medical-grade cobalt-chromium (Co–Cr) alloy when subjected to electrical discharge treatment. We investigate how different spark energy levels influence the alloy’s properties and performance, as well as the effects of various dielectric media used during the treatment process. By systematically varying the spark energy and exploring a range of dielectric environments, we aim to understand the implications of these parameters on the microstructural changes, surface characteristics, and overall functional behavior of the Co–Cr alloy. This research is crucial for optimizing the alloy’s application in medical devices, where performance and biocompatibility are of paramount importance.