Technological Principles of Internal Surfaces Finishing by Forced Electrolytic-Plasma Polishing

Abstract:

Technological difficulties of manufacture, typical to the large number of crucial elements of certain assemblies: tubes of fuel systems, details of waveguide devices, smooth gun barrels and other tubular details. Difficulties associated with the finishing of the internal surfaces of these products. Therefore, great interest is to find a finishing technology, which allow processing such products. The kind of electrolytic-plasma polishing technology - forced electrolytic-plasma polishing (FEPP) allows to receive homogenous quality of an internal surface layer along processed tubular work piece.

• Periodical: Key Engineering Materials (Volume 822)
• Pages: 634-639
• DOI: https://doi.org/10.4028/www.scientific.net/KEM.822.634
• Online since: September 2019
• Authors: Mihail Mihailovich Radkevich, Ivan Sergeevich Kuzmichev*
• Keywords: Electrode-Cathode, Electrolyte, Forced-Flow, Internal, Plasma, Plasma Cover, Processing, Roughness, Special Device, Surface, Uniformity

References

[1] L.A. Ushomirskaya, V.I. Novikov. Polishing alloyed steels in non-toxic electrolytes at high voltage. // Metalloobrabotka: research and production journal. — SPb., 2008. No 1 (43). pp.22-24.

[2] D.E. Loktev, L.A. Ushomirskaya, V.I. Novikov. Study parameters electrolytic-plasma polishing method for planning low-alloy steel full factorial experiment. // Metalloobrabotka: research and production journal. — SPb., 2009. No 5 (53). pp.15-18.

[3] Fomichev A.M., Yulmetova O.S., Shcherbak A.G., Novikov V.I., Yulmetova R. F. Device for ion-plasma treatment of precision spherical knots of gyro-devices. // Metalloobrabotka: research and production journal. — SPb., 2015. No 1 (85). pp.33-36. ISSN: 1684-6702.

[4] Fomichev A.M., Yulmetova O.S., Shcherbak A.G., Novikov V.I. Use of plasma and radiative technologies for treating nodes of gyro-appliances. // Metalloobrabotka: research and production journal. — SPb., 2014. No 1 (79). pp.17-20. ISSN: 1684-6702.

[5] L.A. Ushomirskaya, A.I., AI Folomkin, V.I. Novikov. Features finishing turbine blades. // Metalloobrabotka: research and production journal. — SPb. 2008. No 4 (46). pp.19-21.

[6] Novikov V.I., Popov A.I., Tyukhtyaev M.I., Zeydan M.N. Possibilities of electrolytically plasma polishing during details with different initial level of surface roughness. // Metalloobrabotka: research and production journal. — SPb., 2011. No 1(61). pp.13-15. ISSN: 1684-6702.

[7] Novikov V.I., Folomkin A.I. Influence of the form of the detail on the roughness of its surface after electrolytic-plasma polishing. // Metalloobrabotka: research and production journal. — SPb., 2014. No 4. pp.11-14. ISSN: 1684-6702.

[8] Ushomirskaya L.А., Novikov V.I., Folomkin А.I., Formation of the anode gas shell and its effect on the ability of electrolytic plasma processing of complex surfaces. // Metalloobrabotka: research and production journal. — SPb., 2012. No 3 (69). pp.11-14, ISSN 1684-6702.

[9] Kuzmichev I.S., Ushomirskaya L.A., Shmelkov A.V., Sysoyev I.A., Finishing technology of processing of through pryamoosny, deep, cylindrical holes in a hardware forced electrolytic and plasma polishing. // Metalloobrabotka: research and production journal. — SPb. 2017. No 3 (99) - 70 pages, ISSN 1684-6702.