16 research outputs found
Change in the Structure and Tribotechnical Properties of Steels as a Result of Activation of the Nitriding Process
Full text linkПредставлены результаты исследования структуры, износостойкости, контактной долговечности и контактной выносливости теплостойкой стали 16Х2Н3МФБАЮ-Ш (ВКС-7). Показано повышение триботехнических свойств стали путем применения комплексной технологии термической, деформационной и химико-термической обработки, основанной на создании мелкодисперсной структуры и активизации процесса диффузионного насыщения при ионно-плазменном азотировании.The results of a study of the structure, wear resistance, contact durability and the limit of contact fatigue of heat-resistant steel 16Kh2N3MFBAU-Sh (VKS-7) are presented. An increase in the characteristics of the tribotechnical properties of steel has been achieved through the use of an integrated technology of thermal, deformation and thermochemical treatment based on the creation of a fine-dispersed structure and activation of the process of diffusion saturation during ion-plasma nitriding
The effect of microplasma treatment on the properties of a near-surface layer in specimens of a Ni-Cr alloy
No full textApplication of the microplasma method for strengthening of the near-surface layer of samples made from steel 45
No full textMethod of implementation of the positive gradient of mechanical properties of triboengineering materials
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Influence of microplasma machining on the surface structure and microgeometry and tribological behavior of structural alloys
No full textInvestigation into the tribotechnical efficiency of the valena metal-plating additive to lubricating materials
No full textEffect of laser treatment on the case structure of constructional steels and their wear resistance
No full textThe influence of agglomeration technology on the durability of ceramics made from nanostructured PSZ powders
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