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Varying of Oil Consumption of Fluid-Film Bearing's Surface Layer by Means of Application of Anti-Friction Coatings

机译:通过抗摩擦涂层的应用,各种流体膜轴承表面层的油耗

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Gas flame spraying is the most accessible method of gas-thermal spraying. Pores are formed on the inner surface of the bimetallic fluid-film bearings as a result of the application of anti-friction coating on the steel substrate. The presence of such pores, the "microfibre effect", affects positively on life expectancy of fluid-film bearings. The study of the oil consumption of anti-friction coatings allows recommendation of these coatings for using in the manufacturing process of bimetallic fluid-film bearings.
机译:气体火焰喷涂是最可达的气体喷涂方法。由于在钢基板上施加抗摩擦涂层,在双金属膜轴承的内表面上形成孔。这种毛孔的存在,“微纤维效应”,对流体膜轴承的预期寿命产生积极影响。对抗摩擦涂层的油消耗的研究允许这些涂层推荐用于使用双金属流体膜轴承的制造过程。

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