An Overview of Tribology and its Industrial Applications

J. Kayode, S. L. Lawal, S. Afolalu
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Abstract

This paper highlights tribology's past and current utilization by considering the industrial applications. The study applied the working knowledge of wear, friction, and lubrication to truly understand the notion of tribology. The study shows the resistive force of relative motion in fluid layers and solid surfaces that slide against one another, the deformation, damaging, or gradual removal of materials from solid surfaces and the addition of lubrication reduces friction and wear cannot be overemphasized. Results show that tribology has been applied in the field of biomedical, green tribology, nanotribology, space tribology, and wind turbines. Machines present in the industry are the most important factor responsible for the functionality of the industry but the presence of wear and friction in the machines causes failure which in turn halts the production process. There is advancement in the knowledge of the science of wear, friction, and lubrication to combat its impacts in industries. The industrial application of tribology in the industry, includes the tribology of automobiles, gears, cams, bearings, and metalworking fluids. The reality is that both solid and liquid lubricants are required in most of these applications to ensure that the chosen lubricant can withstand the anticipated working conditions and favourably influence friction and wear reduction. It can be seen from this overview of tribology that it has contributed immensely to industrial application in its revolution to reduce the adverse effects of friction and wear in the industries thereby reducing cost and enhancing the increase in production.
摩擦学及其工业应用综述
本文结合摩擦学的工业应用,重点介绍了摩擦学的历史和现状。该研究应用了磨损、摩擦和润滑的工作知识,真正理解了摩擦学的概念。研究表明,流体层和固体表面相互滑动的相对运动的阻力,固体表面材料的变形、破坏或逐渐去除以及润滑的添加减少了摩擦和磨损,这一点再怎么强调也不为过。结果表明,摩擦学已在生物医学、绿色摩擦学、纳米摩擦学、空间摩擦学、风力发电等领域得到应用。工业中存在的机器是对工业功能负责的最重要因素,但机器中存在的磨损和摩擦会导致故障,从而停止生产过程。在磨损、摩擦和润滑科学的知识方面取得了进步,以对抗其在工业中的影响。摩擦学在工业上的工业应用,包括汽车、齿轮、凸轮、轴承和金属加工液的摩擦学。现实情况是,在大多数这些应用中,固体和液体润滑剂都是必需的,以确保所选择的润滑剂能够承受预期的工作条件,并有利于减少摩擦和磨损。从摩擦学的概述中可以看出,它在工业应用中做出了巨大的贡献,它在工业中减少了摩擦和磨损的不利影响,从而降低了成本,提高了产量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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