表面形貌学研究方法的概念——摩擦学磨损痕迹的测试和分析

Q3 Engineering
M. Niemczewska-Wójcik
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引用次数: 0

摘要

表面形貌研究方法在识别和描述磨损机理,包括摩擦学磨损痕迹方面起着关键作用。在已发表的文献中,磨损痕迹通常是基于操作过程中产生的表面形态来描述的(显微图像-光学显微镜OM,扫描电子显微镜SEM,原子力显微镜AFM);较少使用的是二维轮廓描述(接触式或非接触式轮廓仪)或三维地形(轮廓仪,共聚焦显微镜,干涉显微镜,焦点变化显微镜)。每种测试磨损表面的方法都有自己的特点和使用目的。不同方法的结合可以全面评估操作过程中产生的表面形貌和摩擦学磨损痕迹的特征。这项工作提出了在操作过程中产生的表面形貌(操作/磨损表面形貌)的研究方法范围内的主要问题-研究目的,研究计划,研究方法和工具,研究结果分析(定量-参数和定性-非参数)。通过实例介绍了表面形貌和摩擦学磨损痕迹的研究方法。讨论了进行综合分析的方法,包括所有元素-表面形貌,二维轮廓分析和三维地形分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CONCEPT FOR A RESEARCH METHODOLOGY OF SURFACE TOPOGRAPHY – TESTING AND ANALYSIS OF TRIBOLOGICAL WEAR TRACES
The methodology of surface topography research plays a key role in identifying and describing the wear mechanism, including the tribological wear traces. In the published literature, wear traces are most often described based on the surface morphology created in the operation process (microscopic image – optical microscope OM, scanning electron microscope SEM, atomic force microscope AFM); less frequently used are 2D profile description (contact or non-contact profilometer) or 3D topography (profilometer, confocal microscope, interference microscope, focus variation microscope). Each method of testing the worn surface has its own characteristics and purposefulness of use. The combination of different methods enables a comprehensive assessment of the surface topography created in the operation process and the characterisation of tribological wear traces. This work presents the main issues in the range of research methodology of the surface topography created in the operation process (operated/worn surface topography) – the purpose of research, research programme, research methods and tools, analysis of research results (quantitative – parametric and qualitative – nonparametric). The research methodology of the surface topography and tribological wear traces is presented on selected examples. The method of conducting a comprehensive analysis, including all elements – surface morphology, 2D profile analysis and 3D topographic analysis – is discussed.
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来源期刊
Tribologia: Finnish Journal of Tribology
Tribologia: Finnish Journal of Tribology Materials Science-Surfaces, Coatings and Films
CiteScore
2.20
自引率
0.00%
发文量
4
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