The choice of methods znosotyykosty improving vehicle appointment

Authors

Keywords:

plunger and spool-and-sleeve pairs, cathode, precision pairs, condensation at ion bombardment (CIB), wear

Abstract


The study of the destruction of precision friction pair parts was presented and the selection of methods for increasing their wear resistance was conducted in the paper. The method for producing the coatings with the desired performance properties was proposed. This method can be implemented practically using the copper cathode, which contains 50% of molybdenum disulfide, which is manufactured from the powder mixture by compression with the subsequent heat treatment. The use of such cathodes allows to obtain the coating, the main components of which are copper and molybdenum disulfide. At the level of impurities, there is free sulfur, molybdenum, its oxide and molybdenum nitride in the film coating. It is noteworthy that the rate of molybdenum sulfide condensation depends on the substrate temperature more strongly than the rate of copper condensation. This allows directionally affect the ratio of the main components of the film material during its formation. The principles of formation of multicomponent coatings for restoring the precision friction pairs, which take into account the relationship between the technological parameters of the friction process, their structure, mechanical and performance properties, were developed. 

Author Biography

Віктор Миколайович Остапчук, Ukrainian State Academy of Railway Transport Feuerbach area,7 Kharkiv, Ukraina, 61050

Dr. tehnіchnih Sciences, docent

Department of Materials Technology is the manufacturing of products transport purposes

References

Лозовский, В. Н. Надежность и долговечность золотниковых и плунжерных пар [Текст] / В. И. Лозовский // Машиностроение – М., 1979. – С. 135 2. Антипов, В. В. Износ плунжерных пар и нарушение характеристики топливной аппаратуры дизелей [Текст] / В. В. Антипов // Машиностроение – М., 1985. – С. 127 3. Бахтиаров, Н. И. Производство и эксплуатация прецизионных пар [Текст] / Н. И. Бахтиаров, В. Е. Логинов // Машиностроение – М, 1979. – С. 203 4. Бородин. И. Н. Упрочнение деталей композиционными покрытиями [Текст] / И. Н. Бородин // Машиностроение – М, 1982. – С. 140 5. Толок В. Т. Разработка и внедрение новых методов вакуум-плазменной технологии высоких энергий [Текст] / В. Т. Толок, В. Г. Падалка // Изв. АН СССР. – 1972. – №4. – С. 40-41. 6. Котов О. К. Поверхностное упрочнение деталей машин химико-термическими методами [Текст] / О. К. Котов // Машиностроение – М., 1969. – С. 344 7. Кузецов В. Д. Фізико-хімічні основи створення покриттів [Текст] : Навчальний посібник / В. Д. Кузнецов, В. М. Пащенко //. – К.: НМЦ ВО, 1999. – С. 176 8. Тарельник В. Б. Комбинированные технологи электроэрозионного легирования [Текст] / В. Б. Тарельник // Техніка – К., 1977. – С. 127 9. Лабунец В. Ф., Киндрачук М.В., Меркулов В.Н. Применение композиционных покрытий для повышения долговечности машин и инструмента [Текст] / В. Ф Лабунец., М. В Киндрачук., В. Н Меркулов // УкрНИИНТИ – К., 1986. – С. 44 10. Лахтин Ю. М., Арзамасов Б. Н. Химико-термическая обработка металлов [Текст] / Ю. М Лахтин., Б. Н Арзамасов // Металлургия – М., 1985. – С. 256 1. Lozovskiy V. N. (1979) Reliability and durability of the slide valve and plunger. Mashinostroyeniye, 135 2 . Antipov V. V. (1985) Wear plunger and a violation of characteristics of diesel fuel equipment, Mashinostroyeniye, 127. 3. Bahtiarov N. I. (1979). Production and operation of high-precision vapor / N. I. Bahtiarov, V. E. Logins. Mashinostroyeniye, 203. 4. Borodin I. N. (1982) Reinforcement details of the composite coatings. Mashinostroyeniye, 140. 5. Pounding V. T., Padalka V. G. (1972) Development and implementation of new methods of vacuum plasma technology high energy. Math. Academy of Sciences of the USSR. 6. Cats O. K. (1969). Surface hardening of machine parts chemical and thermal methods. Mashinostroyeniye, 344 7. Kuzetsov V. D. Pascenco V. M. (1999) Two physical-hіmіchnі Bases stvorennya pokrittіv. Tehnіka, 176 8. Tarelnik V. B. (1977) The combined technology of electrical discharge alloying. Tehnіka, 127 9. Labunets V.F., Kindrachuk M.V., Merkulov V.N. (1986) The use of composite coatings to improve the durability of machines and tools .UkrNIINTI, 44 10. Lahtin Y. M., Arzamasov B.N. (1985) Chemical heat treatment of metals, Metallurgy, 256

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Published

2014-01-10

Issue

Vol. 16 No. 5 (2013)

Section

Material Science in mechanical engineering

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Copyright (c) 2015 Віктор Миколайович Остапчук

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