Effect of Copper on Formation of Wear-Resistant Ultradispersed and Nanostructured Surface Layers of Friction of Chromium Steels

ВПЛИВ МАСТИЛЬНО-ОХОЛОДНИХ РІДИН НА МЕХАНІЗМ САМООРГАНІЗАЦІЇ 153 ting fluids 'Аквол-15П' and 'Сінтал-2' increase the wear resistance of friction pairs by 4 and 5 times, respectively. In addition, the friction coefficient decreases by about 2 times. At the same time, the formation of self-organized wear-resistant coatings occurs mainly from the material of the body, to which they belong, that makes the wear of the components of the friction unit more uniform.

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Effect of Copper on Formation of Wear-Resistant Ultradispersed and Nanostructured Surface Layers of Friction of Chromium Steels

Cited by 2 publications

References 19 publications

Formation of Wear-Resistant Superdispersed and Nanostructured Material on Friction Surfaces of Chromium Steels. Pt. 1. Mechanism of Formation and Physical-Mechanical Properties

Formation of Wear-Resistant Superdispersed and Nanostructured Material on Friction Surfaces of Chromium Steels. Pt. 1. Mechanism of Formation and Physical-Mechanical Properties

Influence of Cutting Fluids on the Mechanism of Self-Organization and Physical and Mechanical Properties of Wear-Resistant Ultra-Fine-Grained and Nanostructured Surface Friction Layers of Chromium Steels

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