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Development and testing of nano particulate lubricant for worm gear application

机译:蠕虫齿轮应用纳米颗粒润滑剂的开发和测试

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Bio-degradable lubricants are an attractive alternative for the mineral based and synthetic based lubricants. Bio-degradable lubricants are environmental-friendly and non-toxic. The present study deals with the tribological investigation of bio-degradable nano lubricants for worm gear applications. Nano additives like CuO and TiO2 were used. Bio-degradable oils like palm oil and sunflower oil were used as base oils. The nano lubricants were prepared by adding two nano additives and two bio-degradable oils each of 0.1 % and 0.2 % weight composition. Friction and wear characteristics were tested on pin-on-disc tribometer under varying load conditions. Extreme pressure tests for nano lubricants were carried out using four ball tester. The wear surface obtained was analyzed using scanning electron microscopy (SEM) and energy dispersive spectroscopy. From the tests conducted, it was found that the addition of nano additives in biodegradable oils reduced the friction co-efficient and wear rate to a considerable extent.
机译:生物可降解的润滑剂是矿物基础和合成的润滑剂的有吸引力的替代品。生物可降解的润滑剂是环保和无毒的。本研究涉及生物可降解纳米润滑剂对蜗轮应用的摩擦学研究。使用CuO和TiO 2等纳米添加剂。像棕榈油和向日葵油等生物可降解的油作为基础油。通过加入两个纳米添加剂和两个生物可降解的油来制备纳米润滑剂,每个纳米可降解油脂为0.1%和0.2%重量组合物。在不同的负载条件下对磁盘摩擦计进行摩擦和磨损特性。使用四个球测试仪进行纳米润滑剂的极压试验。使用扫描电子显微镜(SEM)和能量分散光谱分析所得磨损表面。从进行的测试中,发现可生物降解油中的纳米添加剂的加入将摩擦共效和磨损率降低至相当程程度。

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