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Rolling and sliding: Separation of adhesion and deformation friction and their relative contribution to total friction

机译:滚动和滑动:分离和变形摩擦及其对总摩擦的相对影响

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摘要

This study is concerned with determining the relative contribution of adhesion and deformation friction using rolling and sliding method. The challenges associated with in-vivo friction testing were overcome by utilising a novel substrate that mimics the viscoelastic behaviour and surface texture of human skin combined with a, repeatable and reproducible test setup. The results show that in the dry state, deformation friction contributes 20% of the total friction while the remaining proportion is due to adhesion. These proportions are affected by probe material where for PTFE, deformation friction contributes 30% of the total friction. For the lubricated state, the contribution of deformation friction to total friction increases approaching 50-50% at the higher sliding speeds and normal loads investigated. (C) 2015 Elsevier Ltd. All rights reserved.
机译:这项研究涉及使用滚动和滑动方法确定粘附力和变形摩擦的相对贡献。通过利用模仿人类皮肤粘弹性行为和表面纹理的新型基材,结合可重复和可再现的测试设置,克服了与体内摩擦测试相关的挑战。结果表明,在干燥状态下,变形摩擦占总摩擦的20%,而其余部分归因于粘附。这些比例受探针材料的影响,对于PTFE,变形摩擦占总摩擦的30%。对于润滑状态,在较高的滑动速度和正常载荷下,变形摩擦对总摩擦的贡献增加了接近50-50%。 (C)2015 Elsevier Ltd.保留所有权利。

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