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Influence of lubricant properties and contacting velocity on real contact formation between rubber and glass in a contact process

机译:润滑性能与接触速度对接触过程中橡胶和玻璃实际接触形成的影响

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摘要

The ability of rubber to grip on a wet surface is important for applications to footwear outer-soles and vehicle tires. Generally, friction behavior of rubber depends on real contact, which is generated in the process of contact with a floor. Real contact formation under lubricated conditions is influenced by the contacting velocity and dewetting behavior, which is related to the spreading coefficient and lubricant viscosity. This study investigated the influences of contacting velocity, spreading coefficient, and viscosity on real contact formation in a rubber glass contact process. Real contact area decreased with an increase in these three parameters, and correlated positively with the ratio of characteristic dewetting velocity to contacting velocity.
机译:橡胶抓住湿表面的能力对于鞋类外鞋底和车辆轮胎的应用是重要的。 通常,橡胶的摩擦行为取决于真正的接触,这在与地板接触的过程中产生。 在润滑条件下的实际接触形成受到接触速度和脱模行为的影响,这与扩散系数和润滑剂粘度有关。 本研究研究了速度,扩散系数和粘度对橡胶玻璃接触过程中实际接触形成的影响。 真正的接触面积随着这三个参数的增加而减小,并且正极地与特征脱模速度与接触速度的比率相关。

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