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Abstract <p>Grinding nickel alloys with the technology of minimum quantity lubrication with additional air cooling ensures minimal impact on the machined surface: a thin layer of crushed grains formed during machining, an insignificant hardening effect, and a low level of oxidation of the surface layer. It was found that a change in lubricant consumption has a significant effect on clogging of the working surface of the wheel, which ultimately affects the morphology of the machined surface.</p>

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Assessment of the Quality of Nickel Alloy Surface Layers after Grinding with Various Modes of Minimum Quantity Lubrication Supply

  • 期刊论文

  • 发表日期：

    2025年5月1日

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  • A. P. Mitrofanov,
  • A. A. Isaeva,
  • K. A. Parsheva

摘要

Abstract

Grinding nickel alloys with the technology of minimum quantity lubrication with additional air cooling ensures minimal impact on the machined surface: a thin layer of crushed grains formed during machining, an insignificant hardening effect, and a low level of oxidation of the surface layer. It was found that a change in lubricant consumption has a significant effect on clogging of the working surface of the wheel, which ultimately affects the morphology of the machined surface.