Review of advanced fabric composite liners for enhancing tribological performance on self-lubricating joint bearings DOI Creative Commons
Chuang Zhu,

Qianfang Chen,

Xuqing Liu

et al.

Surface Science and Technology, Journal Year: 2025, Volume and Issue: 3(1)

Published: Feb. 8, 2025

Abstract Self-lubricating joint bearings play an important role in the field of aviation because they have advantageous attributes simple structures, strong load-bearing capacity and free maintenance. Fabric composite liners, as emerging frictional material for self-lubricating spherical bearings, been widely studied due to their long service life, design flexibility self-lubrication characteristics. Recently, increasing use fabric liners has promoted extensive investigation into enhancing tribological properties. In this review, research progress liner is summarized, which mainly includes external experimental parameters, weaving methods, surface modification techniques resin filling strategies. Finally, key challenges future directions advanced with enhanced performance are examined along analysis possible solutions.

Language: Английский

Review of advanced fabric composite liners for enhancing tribological performance on self-lubricating joint bearings DOI Creative Commons
Chuang Zhu,

Qianfang Chen,

Xuqing Liu

et al.

Surface Science and Technology, Journal Year: 2025, Volume and Issue: 3(1)

Published: Feb. 8, 2025

Abstract Self-lubricating joint bearings play an important role in the field of aviation because they have advantageous attributes simple structures, strong load-bearing capacity and free maintenance. Fabric composite liners, as emerging frictional material for self-lubricating spherical bearings, been widely studied due to their long service life, design flexibility self-lubrication characteristics. Recently, increasing use fabric liners has promoted extensive investigation into enhancing tribological properties. In this review, research progress liner is summarized, which mainly includes external experimental parameters, weaving methods, surface modification techniques resin filling strategies. Finally, key challenges future directions advanced with enhanced performance are examined along analysis possible solutions.

Language: Английский

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