Vojtov V.A., Tsymbal B.M. A study of microhardness, roughness and wear processes on the working surfaces of tribosystems friction of extruder EB-350 and EB-350M.

  • В.А. Войтов
  • Б.М. Цимбал

Abstract

The article presents the results of the study of microhardness, roughness and wear processes on the working surfaces of friction of model tribosystems of extruder EB-350 and EB-350 M. It was determined that using raw materials with a slightly alkaline environment of pH 8, the roughness of the working surface of friction is less than the surface roughness with a slightly acid pH 5 and strongly alkaline environment pH 11. It is determined that there is a complex process of corrosive and abrasive wear. Keywords: tribosystem, roughness, microhardness, friction coefficient, environment, corrosion, pit, surface friction.

References

1. Syr'e dlja briketirovanija toplivnyh briketov [Jelektronnyj resurs]: (Sajt) / Toplivnye brikety. Oborudovanie dlja proizvodstva toplivnyh briketov. – Jelektoron. dan. – 2016. – Rezhim dos-tupa: http://briket.zp.ua/sirie/. – Nazvanie s jekrana.
2. Kosteckij B.I. Soprotivlenie iznashivaniju detalej mashin / B. I Kosteckij. – M.: Mashgiz, 1959. – 478 s.
3. Izmalkov L. I. K voprosu ob optimal'noj chistote poverhnosti detalej shnekpressov / L. I. Izmalkov // Pishhevaja tehnologija. – 1959. – № 3.
4. Gonchar V.A. Pіdvishhennja znosostіjkostі і dovgovіchnostі ekstruderіv dlja pererobki furazhnogo zerna z domіshkami mіneralіv : avtoref. dis. na zdobuttja nauk. stupenja kand. teh. nauk : spec. 05.02.04 – «Tertja ta znoshuvannja v mashinah» / V.A. Gonchar. – Hmel'nic'kij, 2014. – 20 s.
5. Trenie, iznashivanie i smazka: Spravochnik. V 2-h kn. / [Alisin V.V., Aljab'ev A.Ja., Arharov A.M. i dr.] / Pod red. Kragel'skogo I.V., Alisina V.V. – M.: Mashinostroenie, 1978. - Kn. 1. – 400 s.
6. Derkach V.V. Pіdvishhennja znosostіjkostі cilіndra ekstrudera metodom termodifuzіjnoї bіme-talіzacії : avtoref. dis. na zdobuttja nauk. stupenja kand. teh. nauk : spec. 05.02.04 – «Tertja ta znoshuvannja v mashinah» / V.V. Derkach. – Kiїv. – 2000. – 20 s.
7. Gonchar V.A. Doslіdzhennja znosostіjkostі azotovanoї stalі H12 v korozіjno-abrazivnomu sere-dovishhі / V.A. Gonchar // Іnformatika ta mehanіka : tezi dopovіdej VIII ukraїns'ko-pol's'koї konferencії molodih naukovcіv. – Hmel'nic'kij, 2011. – S. 45-46.
8. Iznos oborudovanija pri pererabotke plastmass / [Stamburskij E.A. Bejl' A. I., Karlivan V. P., Bespalov Ju. A.]. – M.: Himija, 1985. – 208 s.
9. Osnovi trіbologії: Pіdruchnik / [Antipenko A.M., Bєlas O.M., Vojtov V.A. ta іn.] / Za red. Voj-tov V.A. – Harkіv: HNTUSG, 2008. – 342 s.
10. Vasil'kіv V.V. Vidi znoshennja spіralej gvintovih robochih organіv / V.V. Vasil'kіv, D.L. Ra-dik // Vіsnik HNTUSG. – Harkіv: HNTUSG, 2010. – Vip. 100. – S. 197 – 202.
11. Jastreba S.P. Pіdvishhennja efektivnostі roboti і dovgovіchnostі olіjnih presіv : avtoref. dis. na zdobuttja nauk. stupenja kand. teh. nauk : spec. 05.18.12 «Procesi ta obladnannja harchovih, mіkrobіolo-gіchnih ta farmacevtichnih virobnictv» / S.P. Jastreba. – Kiїv, 2012. – 19 s.
12. Briquettes de biomasse de presse [Ressource électronique]: (Site Web) // Anyang Gemco Energy Machinery Co., Ltd. - Mode d'accès: WWW.URL: www.biodiesel-machine.com/fr/biomass-briquette-press.html. - Dernière visite: 2016. - Titre de l'écran.
13. Kosteckij B.I. Trenie, smazka i iznos v mashinah / B.I. Kosteckij. — K.: Tehnіka, 1970.— 120 s.
14. Moiseev A. V. Iznosostojkost' derevorezhushhego instrumenta / A. V. Moiseev. – M.: Lesnaja promyshlennost', 1981. – 112 s.
15. Filipov M. A. Ocenka iznosostojkosti pri abrazivnom iznashivanii stalej so strukturoj metastabil'nogo austenita / M. A. Filippov, S. V. Burov, V. V. Legchilo [i dr.] // Innovacii v materia-lovedenii i metallurgii : materialy I mezhdunar. interaktiv. nauch.-prakt. konf. [13-19 dek. 2011 g., g. Ekaterinburg]. — Ekaterinburg : Izd-vo Ural. un-ta, 2012. — Ch. 1. — S. 21-29.
16. Ljubchenko A. P. Issledovanie izmenenij mikrotverdosti i harakteristik trenija porshne-vyh kolec pri ih rabote na dvigatele / A. P. Ljubchenko, A. K. Olejnik, V. I. Moshhenok, E. V. Chujkova, E. A. Nesterenko // Vestn. HNADU. - 2008. - Vyp. 42. - S. 99-102.
17. Gureev, G. D. Vlijanie lazernoj i lazerno-ul'trazvukovoj obrabotok na izmenenie iznoso-stojkosti poverhnostej trenija stalej / G. D. Gureev, D. M. Gureev // Vestnik Samarskogo gosudarstven-nogo tehnicheskogo universiteta, Ser.: Fiziko-matematicheskie nauki. - 2007. - N 2. - S. 138-144
18. Gladchenko A. N. Pererabotka polimernyh kompozicij v jekstruderah (problema iznosa rabo-chih organov) / A. N. Gladchenko, V. V. Shevelja, E. V. Kijanica, S. D. Petrenko, V. G. Zverlin // Upakovka. - 2013. - № 1. - S. 32-34.
19. Maleque M. A. Biofuel contaminated lubricant and hardening effect on the friction and wear of AISI 1045 steel / M. A. Maleque, H. H. Masjuki, M. Ishak // J. Tribology Transactions. – London: Taylor & Francis, 1998. – Vol. 41. - Issue 1. – Pp. 155- 159.
20. Wei M. X. Characteristics of extrusive wear and transition of wear mechanisms in elevated-temperature wear of a carbon steel / M. X. Wei, S. Q. Wang, X. H. Cui, K. M. Chen // J. Tribology Transactions. – London: Taylor & Francis, 1998. – Vol. 53. - Issue 6. – Pp. 888 - 896.
21. Tian X. Effect of boronising on mechanical properties, wear and corrosion of N80 steel / X. Tian, Y. Lu, S. J. Sun, Z. G. Wang, W. Q. Hao, X. D. Zhu, Y. L. Yang // J. Materials Science and Technology. – London: Taylor & Francis, 2008. – Vol. 24. - Issue 3. – Pp. 314 - 319.
22. Ravi Kumar B. N. Effect of Abrasives on Three-Body Abrasive Wear Behaviour of Particulate-Filled Polyamide66/Polypropylene Nanocomposites / B. N. Ravi Kumar, B. Suresha, M. Venkataramareddy // J. Composite Interfaces. – London: Taylor & Francis, 2010. – Vol. 17. - Issue 2-3. – Pp. 113 - 126.
23. Zheng Z. Influence of load and sliding distance on the micro-scale abrasive wear behavior of TZNT alloy / Z. Zheng, Z. Wang, W. Huang // Journal of the Chinese Advanced Materials Society. – London: Taylor & Francis, 2016. – Vol. 4. - Issue 1. – Pp. 82 - 90.
24. Dearnley P. F. Corrosion and wear response of Cr–B coated 316L austenitic stainless steel / P. A. Dearnley, N. Dortmann, K. L. Dahm, H. Weiss // J. Surface Engineering. – London: Taylor & Francis, 2010. – Vol. 17. - Issue 2-3. – Pp. 113 - 126.
25. Sosa D. A. Corrosion mechanisms in ADI parts / A. D. Sosa, C. S. Rosales, R. E. Boeri, S. N. Simi-son // International Journal of Cast Metals Research. – London: Taylor & Francis, 2016. – Vol. 29. - Issue 1-2. – Pp. 106 - 111.
26. Iwabuchi A. The mechanism of corrosive wear of an austenitic stainless steel in an aqueous electro-lyte solution / A. Iwabuchi , T. Tsukamoto , T. Shimizu, H. Yashiro // J. Tribology Transactions. – London: Taylor & Francis, 1998. – Vol. 41. - Issue 1. – Pp. 96 - 102.
Published
2016-11-12
How to Cite
Войтов, В., & Цимбал, Б. (2016). Vojtov V.A., Tsymbal B.M. A study of microhardness, roughness and wear processes on the working surfaces of tribosystems friction of extruder EB-350 and EB-350M. Problems of Tribology, 81(3), 32. Retrieved from https://tribology.khnu.km.ua/index.php/ProbTrib/article/view/21
Section
Articles

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