Scholarlink

<p>Surface texturing technology is a microfabrication technique that enhances material surface properties by creating micro or nanostructures with specific geometries, dimensions, and arrangements on material surfaces. Owing to its remarkable advantages in improving the tribological performance of materials in mechanical friction pairs, surface texturing technology has been widespread applied in friction interfaces. This paper primarily reviews the reduction of friction achieved through the control of surface texture parameters. Specifically, it elaborates on how different manufacturing processes control these parameters, and how the resulting surface texture parameters influence friction reduction. Finally, it clarifies the underlying friction-reduction mechanisms. While the focus remains on the friction aspect of tribology, the explanation of mechanisms inherently involves lubrication, as friction-reduction mechanisms are intricately linked with lubrication.</p> Graphical Abstract <p></p>

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Research progress on friction reduction by surface texture control through subtractive manufacturing and related techniques: a review

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年3月16日

查看全文
  • Song Gao,
  • Xiyun Wang,
  • Hossam Zakaria,
  • Liyin Xiang,
  • Chunyan Qin,
  • Nuo Chen,
  • Jiazhe Zhou,
  • Wenjie Wan,
  • Jinglong Sun,
  • Jizhou Kong,
  • Hongyu Wei

摘要

Surface texturing technology is a microfabrication technique that enhances material surface properties by creating micro or nanostructures with specific geometries, dimensions, and arrangements on material surfaces. Owing to its remarkable advantages in improving the tribological performance of materials in mechanical friction pairs, surface texturing technology has been widespread applied in friction interfaces. This paper primarily reviews the reduction of friction achieved through the control of surface texture parameters. Specifically, it elaborates on how different manufacturing processes control these parameters, and how the resulting surface texture parameters influence friction reduction. Finally, it clarifies the underlying friction-reduction mechanisms. While the focus remains on the friction aspect of tribology, the explanation of mechanisms inherently involves lubrication, as friction-reduction mechanisms are intricately linked with lubrication.

Graphical Abstract