Cavitatuon technologycleaning for cleaning of hydraulic equipment elements
DOI:
https://doi.org/10.15587/2312-8372.2013.12962Keywords:
cavitation, cleaning, cavitation erosion, cleaning mode, cavitation generator, hydraulic driveAbstract
The article focuses on the practicability of cavitation cleaning of hydraulic equipment elements from contaminants. The aim of the article is to study the cavitation cleaning process as well as to analyze the effects associated with the cavitation cleaning process. For this purpose, the experimental-and-analytical method is used. In the article, literature data are analyzed, and the basic conditions and factors that have an impact on the cavitation cleaning process of hydraulic equipment elements from contaminants are determined. The service life of hydraulic equipment elements subjected to cavitation cleaning is analyzed with consideration for structural materials which are widely used in the hydraulic machinery construction. The conclusion is made that to avoid cavitation erosion of the surfaces, cleaned in the cavitation field, it is necessary that the time of cleaning should do not exceed the incubation period of the material cavitation erosion. The results of the studies have been used for developing recommendations on selection of the optimal mode of cavitation cleaning of hydraulic equipment elements.References
- Белянин, П.Н. Промышленная чистота машин [Текст] / П.Н. Белянин, В.М. Данилов. – М.: Машиностроение, 1982. – 224 с.
- Абрамзон, Л.А. Поверхностно – активные вещества [Текст] / Л.А. Абрамзон. – Л.: Химия, 1975. – 248 с.
- Богачев, И.Н. Кавитационное разрушение и кавитационностойкие сплавы [Текст] / И.Н. Богачев. – М.: Металлургия, 1972. – 189 с.
- Богачев, И.Н., Повышение кавитационно-эрозионной стойкости деталей машин [Текст] / И.Н. Богачев. – М.: Машиностроение, 1964. – 144 с.
- Глазков, М.М. Эрозионные разрушения деталей гидросистем ВС [Текст] / М.М. Глазков, П.А. Андзембе // Проблемы динамики пневмогидравлических и топливных систем ЛА: сб. тез. докл. НТК. – Куйбышев, 1990. – С. 113–114.
- Глазков, М.М. Кавитационная эрозия боридных покрытий стали 45 в среде авиационных горюче-смазочных материалов [Текст]/ М.М. Глазков, И.Н. Резник // Эксплуатационные свойства авиационных топлив смазочных материалов и спец. жидкостей. – К.: КИИГА, 1989. – С. 97–98.
- Backe, W. Kavitation und kavitations erosion in hydraulicschen System [Текст] / W. Backe W. Kleinbreuer // Konstrukteur. 1981. – 12, №4. – Р. 32–46.
- Gracey, M.T. Cavitation erosion used for material testing [Текст] / M.T. Gracey, A.F. Conn // Erosion by liquid and solid impact: рroc. of 7th intern. conf. 7 – 10 sept. 1987 – Cambridge. 1987. – Р. 25 – 34.
- Спринжер, Дж. С. Эрозия при воздействии капель жидкости [Текст] / Дж. С. Спринджер. – М.: Машиностроение, 1981. – 200 с.
- Глазков, М.М. Кавитация в жидкостных системах воздушных судов [Текст] / М.М. Глазков, В.Г. Ланецкий, Н.Г. Макаренко, И.П. Челюканов. – К.: КИИГА, 1987. – 62 с.
- Акуличев, В.А. Кавитация в криогенных и кипящих жидкостях [Текст] / В.А. Акуличев. – М.: Наука, 1978. – 280 с.
- Кнэпп, Р.Ф. Кавитация: пер. с англ. [Текст] / Р. Кнэпп, Л. Дейли, Ф. Хеммит. – М.: Мир, 1974. – 679 с.
- Belianin, P.N., Danilov, V.M. (1982). Industrial cleanness of machines. Moscow: Mashinostrojenije, 224.
- Abramzon, L.A. (1975). Superficially active matters. Leningrad: Himia, 248.
- Bogachev, I.N. (1972). Cavitation destruction and cavitational resistent alloy materials. Moscow: Metalurgia, 189.
- Bogachev, I.N. (1964). Increase of сavitation erosive resistent of details of machines. Moscow: Mаsinostrojenije, 144.
- Glazkov, M.M., Adzembe, P.A. (1990). Erosive destructions of details of the hydraulic systems of air courts: Proceedings Conf. Problems of dynamics of the pneumatic and hydraulic and fuel systems of aircrafts. Kujbishev, 114-133.
- Glazkov, M.M., Reznik, I.N. (1989). Сavitation erosion of coating bor steel 45 in the environment of aviation fuels of oilings materials: Proceedings Conf. Operating properties of avfuels of lubricating materials and special liquids. Kiev, Kiev institute of engineers of civil aviation, 97-98.
- Backe, W. (1981). Kavitation und kavitations erosion in hydraulicschen system. Konstrukteur. 1981. – 12, №4. – р.p. 32–46.
- Gracey, M.T. (1987). Cavitation erosion used for material testing: Proceedings of 7th intern. Conf. Erosion by liquid and solid impact. Cambridge. p.р. 25 – 34.
- Sprinsher, J.C.(1981). Erosion at influence of drops of liquid. Moscow: Nauka, 200.
- Glazkov, M.M., Lanetskij, V.G., Makarenko, N.G., Cheliukanov, I.P. (1987). Cavitation is in the liquid systems of air courts. Kyev: Kiev institute of engineers of civil aviation, 64.
- Akulichev, W.A. (1978). Cavitation in cryogenic and boil liquids. Moscow: Nauka, 280.
- Knepp, R., Deily, L., Hemmit, F. (1974). Cavitation. Moscow: Mir, 679.
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