Moscow, Moscow, Russian Federation
Russian University of Transport (Associate Professor)
Moscow, Moscow, Russian Federation
Russian University of Transport (MIIT) (Department of Technology of Transport Engineering and Repair of Rolling Stock, Professor)
Moscow, Moscow, Russian Federation
It is well known that machining aluminum and its alloys is accompanied by very considerable changes in quality parameters of parts surface layers which affect greatly performance attributes. The study of the machining conditions influence upon surface layer quality in parts allows defining optimum cutting parameters and increasing performance attributes of many parts. It is well known that there are alternative methods of shaping which are a combined treatment which can include a mechanical, electrical and chemical influence upon a surface worked. Combined methods of treatment possess a wide range of controlled factors affecting a quality level of a surface formed and that is why they are convenient and effective in use during processes of shaping in parts made of difficult-to cut and heterogeneous materials. As the investigation results have shown during edge cutting machining anodic-mechanical treatment in the course of cutting Al 2 and Al 3 silumins the oxides formation on the surface worked worsens considerably electrochemical processes. Particularly it is significant at anodic dissolution of aluminum alloys having a high capacity to oxidation. The method of electromechanical combined treatment allows managing qualitative indices in the course of surface shaping and as a result promoting the achievement of an essential level in quality parameters of a surface level.
aluminum alloys, combined treatment, methods, roughness, surface quality parameters, shaping
1. Kulikov, M.Yu. Technological method for the fi-nishing process of fusible alloy Precision Machining VII / M.Yu. Kulikov, V.E. Inozemtsev, Oo. Myo Naing // Selected, peer reviewed papers from the 7th International Congress of Precision Machining (ICPM 2013). - Miskolc, Hungary, 2013. - Р. 224-228.
2. Mathew, A. Effect of Machining Feed on Surface Roughness in Cutting 6061 Aluminum / A. Mathew, Kuttolamadom, Sina Hamzehlouia, Laine Mears M. - URL: http://www.clemson.edu/manufacturing- lab/ doc-ments/publications/ kuttolama-dom%25202010b.pdf.
3. Nourredine Boubekri, Vasim Shaikh. Machining using minimum quantity lubrication: a technology for sustainability. URL: http://www.ijastnet.com/journals/Vol_2_No_1_January_2012/13.pdf.
4. Poduraiev, V.N. Difficult-to- Cut Materials Cutting / V.N. Poduraiev. - М.: Higher School, 1974. - pp. 469-470, pp. 494.
5. Inozemtsev, V.E. Cermet treatment / V.Е. Inozemt-sev // Proceedings of the Inter. Scientific-Pract. Conf. “Fundamental Problems & Modern Tech-niques in Mechanical Engineering”. - М.: Mechan-ical Engineering, 2010. - pp. 571.
6. Anna Carla Araujo1. Micro milling cutting forces on machining aluminum alloy / Anna Carla Araujo1, Adriane Lopes Mougo, Fabio de Oliveira Campos. -URL: http://minds.wisconsin.edu/bitstream/handle/ 1793/65377/0064-1.pdf?sequence=1.
7. Kovensky, I.М. Structural Transformations in Metals and Alloys at Electrical Action / I.М. Ko-vensky, V.N. Kuskov, N.N. Prokhorov. - Tyumen: GNGU, 2001. - pp.115.
8. Kulikov, М.Yu. Method for quality improvement in surface layer using combined mechanical electrochemical treatment / М.Yu. Kulikov, V.Е. Inozemt-sev, U. Мо Haing // Proceedings «Високi тенологii в машинобудуваннi». - Kharkov: ITU “KhPI”, 2012. - №1. - pp. 168 - 170.
