高分子复合材料摩擦学研究进展

K. Friedrich
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引用次数: 0

摘要

本文简要介绍了聚合物复合材料与光滑金属材料在滑动时的低摩擦磨损的特殊设计原则。基于这些基本方面,综述了聚合物摩擦元件在机械和汽车工程中的传统应用。下一章关于摩擦部件的特殊发展概述了(A)实现聚合物轴承导电性的方法,(b)增强聚合物基体中的自润滑和自修复潜力,(c)摩擦和磨损聚合物部件的增材制造方法,以及(d)高温聚合物涂层的应用和性能。本文简要介绍了聚合物复合材料与光滑金属材料在滑动时的低摩擦磨损的特殊设计原则。基于这些基本方面,综述了聚合物摩擦元件在机械和汽车工程中的传统应用。下一章关于摩擦部件的特殊发展概述了(A)实现聚合物轴承导电性的方法,(b)增强聚合物基体中的自润滑和自修复潜力,(c)摩擦和磨损聚合物部件的增材制造方法,以及(d)高温聚合物涂层的应用和性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advances in polymer composites’ tribology
This article briefs the special design principles of polymer composites for low friction and wear under sliding against smooth metallic counterparts. Based on these fundamental aspects, traditional applications of polymeric tribo-components in mechanical and automotive engineering are reviewed. A following chapter on special developments of tribo-components outlines (a) ways to achieve electrical conductivity of polymer bearings, (b) the enhancement of self-lubrication and self-healing potential in the polymer matrix, (c) additive manufacturing methods for friction and wear loaded polymer parts, and (d) the application and properties of high temperature polymer coatings.This article briefs the special design principles of polymer composites for low friction and wear under sliding against smooth metallic counterparts. Based on these fundamental aspects, traditional applications of polymeric tribo-components in mechanical and automotive engineering are reviewed. A following chapter on special developments of tribo-components outlines (a) ways to achieve electrical conductivity of polymer bearings, (b) the enhancement of self-lubrication and self-healing potential in the polymer matrix, (c) additive manufacturing methods for friction and wear loaded polymer parts, and (d) the application and properties of high temperature polymer coatings.
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