Investigation on friction surface of high-carbon low-alloyed steel after abrasive wear
DOI:
https://doi.org/10.31891/2079-1372-2019-93-3-22-28Keywords:
high-carbon low-alloyed steel, quenching, austenite, martensite, abrasive wear, microhardness, microstructure.Abstract
Samples of 120Mn3Si2 steel were water-quenched from 900 oC and tested on three-body abrasive wear laboratory machine. Microstructure, XRD investigation and microhardness measurement have been performed on worn surface. It was established three distinctive areas in-depth under surface: plastic deformation of austenite, partial phase transformation of deformed austenite, fully transformed material with martensitic structure. Practically no austenite was detected on the very surface according to XRD profile. Microhardness of worn surface was distributed in wide range of values with most probable value at 1400 HV0.05.
References
1. Khruschov M. M. Issledovanija iznashivanija metallov / M. M. Khruschov, M. A. Babichev. - M. : Izd-vo AN SSSR, 1960. - 352 s.
2. Khruschov M. M. Principles of abrasive wear / M. M. Khruschov // Wear. – 1974. - V. 28, № 1. – P. 69-88.
3. ASM Handbook Volume 11: Failure Analysis and Prevention: Ed. W.T. Becker and R.J. Shipley. - Ohio : ASM International, 2002. – 1090 p.
4. Bogachev I.N., Mints R.I. Kavitacionnoe razrushenie zhelezo-uglerodistyh splavov. – M.: Mashgiz, 1959. – 170 s.
5. Popov V.S. Iznosostojkost' pressform ogneupornogo proizvodstva / Popov V. S., Brykov N. N., Dmitrichenko N. S. - M. : Metallurgija, 1971. - 160 s.
6. Dolgovechnost' oborudovanija ogneupornogo proizvodstva / [ Popov V. S., Brykov N. N., Dmitrichenko N. S., Pristupa P. G. ]. – M. : Metallurgija, 1978. - 232 s.
7. Malinov L. S. Abrazivnaja i udarno-abrazivnaja iznosostojkost' cementirovannyh stalej s povyshennym soderzhaniem ugleroda posle termoobrabotki / L. S. Malinov, I. E. Malysheva // Visn. Priazov. derzh. tehn. un-tu. - 2000. - № 9. - S. 92-94.
8. Malinov L. S. Jekonomnolegirovannye splavy s martensitnymi prevrashhenijami i uprochnjajushhie tehnologii / L. S. Malinov, V. L. Malinov ; Har'kovskij fiz.-tehn. in-t. – Har'kov : NNC HFTI, 2007. – 346 s.
9. Brykov N. N. Osobennosti iznashivanija stalej i splavov pri vysokih davlenijah abrazivnoj massy / N. N. Brykov, M. N. Brykov // Problems of Tribology. - 1997. – № 3. - C. 26-32.
10. Efremenko V. G. Vlijanie fazovogo i strukturnogo sostojanija splavov na osnove zheleza na iznosostojkost' v uslovijah pomola vysokoabrazivnogo materiala / V. G. Efremenko, F. K. Tkachenko, T. A. Eremenko // Visn. Priazov. derzh. tehn. un-tu. - 2003. - № 13. - S. 113-117.
11. Brykov N. N. K voprosu o zakonomernostjah soprotivljaemosti stalej i splavov abrazivnomu iznashivaniju / N. N. Brykov, M. N. Brykov // Problems of Tribology. - 1997. – №4. - C. 13-20.
12. Brykov M. N. Vlijanie legirovanija na iznosostojkost' zhelezouglerodistyh splavov pri abrazivnom iznashivanii / M. N. Brykov, M. I. Andrushhenko, R. A. Kulikovskij // Novі materіali і tehnologії v metalurgії ta mashinobuduvannі. – 2006. - № 2. – S. 59-62.
13. A.D. Koval, V.G. Efremenko, M.N. Brykov, M.I. Andrushchenko, R.A. Kulikovskii, A.V. Efremenko. Principles for developing grinding media with increased wear resistance. Part 1. Abrasive Wear Resistance of iron-based alloys // Journal of friction and wear. – 2012. – V.33. – №1. – pp. 39-46.
14. O.Hesse, J.Liefeith, M.Kunert, A.Kapustyan, M.Brykov, V.Efremenko. Bainit in Stählen mit hohem Widerstand gegen Abrasivverschleiß // Tribologie + Schmierungstechnik. – V. 63. – 2015. - № 2. – S.5-13.
15. Efremenko V.G. Two-body abrasion resistance of high-carbon high-silicon steel: Metastable austenite vs nanostructured bainite / V.G. Efremenko, O. Hesse, T. Friedrich, M. Kunert, M.N. Brykov, K. Shimizu, V.I. Zurnadzhy, P. Šuchmann // Wear. – 2019. – V. 418-419. – P. 24-35.
16. Brykov M.N., Prokopchenko A.A., Efremenko V.G. Vlijanie rezhimov zakalki i izotermicheskoj obrabotki na strukturu i iznosostojkost' vysokouglerodistoj nizkolegirovannoj stali // Problemi tribologії (Problems of Tribology). – 2016. – N3. – S.44-51.
2. Khruschov M. M. Principles of abrasive wear / M. M. Khruschov // Wear. – 1974. - V. 28, № 1. – P. 69-88.
3. ASM Handbook Volume 11: Failure Analysis and Prevention: Ed. W.T. Becker and R.J. Shipley. - Ohio : ASM International, 2002. – 1090 p.
4. Bogachev I.N., Mints R.I. Kavitacionnoe razrushenie zhelezo-uglerodistyh splavov. – M.: Mashgiz, 1959. – 170 s.
5. Popov V.S. Iznosostojkost' pressform ogneupornogo proizvodstva / Popov V. S., Brykov N. N., Dmitrichenko N. S. - M. : Metallurgija, 1971. - 160 s.
6. Dolgovechnost' oborudovanija ogneupornogo proizvodstva / [ Popov V. S., Brykov N. N., Dmitrichenko N. S., Pristupa P. G. ]. – M. : Metallurgija, 1978. - 232 s.
7. Malinov L. S. Abrazivnaja i udarno-abrazivnaja iznosostojkost' cementirovannyh stalej s povyshennym soderzhaniem ugleroda posle termoobrabotki / L. S. Malinov, I. E. Malysheva // Visn. Priazov. derzh. tehn. un-tu. - 2000. - № 9. - S. 92-94.
8. Malinov L. S. Jekonomnolegirovannye splavy s martensitnymi prevrashhenijami i uprochnjajushhie tehnologii / L. S. Malinov, V. L. Malinov ; Har'kovskij fiz.-tehn. in-t. – Har'kov : NNC HFTI, 2007. – 346 s.
9. Brykov N. N. Osobennosti iznashivanija stalej i splavov pri vysokih davlenijah abrazivnoj massy / N. N. Brykov, M. N. Brykov // Problems of Tribology. - 1997. – № 3. - C. 26-32.
10. Efremenko V. G. Vlijanie fazovogo i strukturnogo sostojanija splavov na osnove zheleza na iznosostojkost' v uslovijah pomola vysokoabrazivnogo materiala / V. G. Efremenko, F. K. Tkachenko, T. A. Eremenko // Visn. Priazov. derzh. tehn. un-tu. - 2003. - № 13. - S. 113-117.
11. Brykov N. N. K voprosu o zakonomernostjah soprotivljaemosti stalej i splavov abrazivnomu iznashivaniju / N. N. Brykov, M. N. Brykov // Problems of Tribology. - 1997. – №4. - C. 13-20.
12. Brykov M. N. Vlijanie legirovanija na iznosostojkost' zhelezouglerodistyh splavov pri abrazivnom iznashivanii / M. N. Brykov, M. I. Andrushhenko, R. A. Kulikovskij // Novі materіali і tehnologії v metalurgії ta mashinobuduvannі. – 2006. - № 2. – S. 59-62.
13. A.D. Koval, V.G. Efremenko, M.N. Brykov, M.I. Andrushchenko, R.A. Kulikovskii, A.V. Efremenko. Principles for developing grinding media with increased wear resistance. Part 1. Abrasive Wear Resistance of iron-based alloys // Journal of friction and wear. – 2012. – V.33. – №1. – pp. 39-46.
14. O.Hesse, J.Liefeith, M.Kunert, A.Kapustyan, M.Brykov, V.Efremenko. Bainit in Stählen mit hohem Widerstand gegen Abrasivverschleiß // Tribologie + Schmierungstechnik. – V. 63. – 2015. - № 2. – S.5-13.
15. Efremenko V.G. Two-body abrasion resistance of high-carbon high-silicon steel: Metastable austenite vs nanostructured bainite / V.G. Efremenko, O. Hesse, T. Friedrich, M. Kunert, M.N. Brykov, K. Shimizu, V.I. Zurnadzhy, P. Šuchmann // Wear. – 2019. – V. 418-419. – P. 24-35.
16. Brykov M.N., Prokopchenko A.A., Efremenko V.G. Vlijanie rezhimov zakalki i izotermicheskoj obrabotki na strukturu i iznosostojkost' vysokouglerodistoj nizkolegirovannoj stali // Problemi tribologії (Problems of Tribology). – 2016. – N3. – S.44-51.
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Published
2019-10-23
How to Cite
Hesse, O., Kalinin, Y., Petryshynets, I., Kunert, M., Efremenko, V., Andrushchenko, M., Osipov, M., & Brykov, M. (2019). Investigation on friction surface of high-carbon low-alloyed steel after abrasive wear. Problems of Tribology, 24(3/93), 22–28. https://doi.org/10.31891/2079-1372-2019-93-3-22-28
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