IMPORT SUBSTITUTION OF LIQUID COOLANTS FOR METALWORKING PROCESSES AT MACHINE-BUILDING ENTERPRISES
Abstract and keywords
Abstract (English):
A method is proposed to give a comprehensive assessment of the effectiveness of liquid coolants (LC), including tribo-engineering, physicochemical and cooling properties. The results of introducing LCs at military-industrial enterprises are presented. The work results on the import substitution of LCs at military-industrial enterprises are shown. The results of comparative tests of imported lubricants in comparison with domestic coolant Rosoil are presented. It is shown that Rosoil LC is not worse than imported analogues in terms of basic operational characteristics.

Keywords:
liquid coolants, metalworking, import substitution, criteria, assessment, LC applicability
References

1. Kisel AG, Razhkovsky AA, Popov AYu, Rechenko DS, Shnurov YuV. Study of the cooling capacity of water-based lubricants and their effect on the friction factor while turning steel 45. Collection of papers of the 1st International Scientific and Practical Conference, January 31, 2013: Prospects for the Development of Scientific Research in the 21st Century. Moscow: Publishing House Pero;2013.

2. Khudobin LV, Kiselyov ES. Modern coolants and their application in metal working. Spravochnik. Inzenerny Zhurnal. 2006;S6(Appendix):2-24.

3. Kisel AG. Improving the efficiency of turning non-rigid workpieces based on a rational choice of coolant [dissertation]. [Omsk (RF)]: Omsk State Technical University; 2018.

4. Yakubov FYa, Yakubov ChF, Skakun VV. Experimental evaluation of the effectiveness of lubricating technological media during running-in of a metal-cutting tool. Izvestiya TulSU. 2016;8:246-253.

5. Abdulgazis DU, Umerov ED, Podznoev GP, Abdulgazis UA. Increasing the durability of cutting tools by improving tribo-engineering and endothermic properties of oil lubricants. Uchyonie Zapiski Krymskogo Inzenerno-pedagogicheskogo Universiteta. 2015;1(49):81-85.

6. The website of the production company Oleokam [Internet]. [cited 2022 Jun 18]. Available from: http://www.oleokam.ru/spravinfo

7. Abramov KA, Sholom AV, Pilyugin SM, Golovin VP. Patent of the Russian Federation No. 2777395 IPC G01N 33/30, G01N3/56, G01N 11/00, SEC G01N3/56, G01N11/00, G01N33/30 Method to evaluate the integrated effectiveness of a coolant. 2022 March 8.

8. Sholom AV, Polyakov AB, Tyulenev DG. Patent of the Russian Federation No. 2699698 IPC C21D 11/00 G01N 25/20 Installation for determining the cooling capacity of the technological medium. 2019 Sep 09.

9. Pilyugin SM, Sholom AV, Abramov AN, Sholom VYu, Tyulenev DG. Study of tribo-engineering properties of water-cooling lubricants depending on their cooling characteristics. Proceedings of the XIV International Scientific and Technical Conference, 2022, October 12-14: Tribology - Mechanical Engineering; Moscow; 2022.

10. Pilyugin SM, Abramov AN, Tyulenev DG, Sholom AV. Import-substituting Rosoil coolants for enterprises. Proceedings of the Scientific and Technical Conference: The State and Prospects of Development of Modern Science in the Field of New Materials and Energy in the Armed Forces of the Russian Federation. Anapa: Publishing House of Federal State Autonomous Institution Military Innovative Technopolis ERA; 2023.

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