Technological support of machinery performance attributes

Безъязычный, Вячеслав; Bezyazychny, V. F.

doi:10.12737/18098

Science Intensive Technologies in Mechanical Engineering

2016

DOI: 10.12737/18098

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Technological support of machinery performance attributes

Вячеслав Безъязычный¹,

V. F. Bezyazychny²

Abstract: The relation of quality parameters in a surface layer of the surface worked with technological conditions of processing is stated, and also a computation definition of machinery performance attributes: fatigue resistance, durability, strength of press-fit connections are shown.

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Improvement technologies of surface properties in products with complex geometry by low-temperature plasma impact

Brzhozovskii¹,

Brzhozovskiy²,

Зинина³

et al. 2017

Science Intensive Technologies in Mechanical Engineering

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Technologies ensuring the surface properties improvement of complex-profile products by the impact of low-temperature plasma of a combined discharge are shown. The technologies of strengthening and a passivating film formation on the surface are considered by the example of metal products. The technology of surface roughness improvement is considered by the example of metal and non-metal products. It is shown that for the achievement of maximum possible improvement of surface properties in products the development of special equipment is necessary.

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Improvement technologies of surface properties in products with complex geometry by low-temperature plasma impact

Brzhozovskii¹,

Brzhozovskiy²,

Зинина³

et al. 2017

Science Intensive Technologies in Mechanical Engineering

View full text Add to dashboard Cite

show abstract

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Technological support of machinery performance attributes

Abstract: The relation of quality parameters in a surface layer of the surface worked with technological conditions of processing is stated, and also a computation definition of machinery performance attributes: fatigue resistance, durability, strength of press-fit connections are shown.

Cited by 1 publication

References 0 publications

Improvement technologies of surface properties in products with complex geometry by low-temperature plasma impact

Improvement technologies of surface properties in products with complex geometry by low-temperature plasma impact

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