作者: Kanao Fukuda , Takehiro Morita
DOI: 10.4028/WWW.SCIENTIFIC.NET/AMR.1112.345
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摘要: The authors have been developing objective and combinational analysis method for multiple kinds of data obtained by a repeated sliding test performed with pin-on-disk apparatus to clarify the wear mechanisms. developed successfully showed growth rate size adhered substances on surface adhesive mechanism. In this paper, was applied analyzing chronological changes in severe-mild forms transition understand phenomena more quantitatively. Friction force, pin specimen displacement perpendicular slid electrical contact resistance between disk specimens were employed as data. devised that formation plateau around 25 μm height is key factor transition.