Investigation of the wear products of high- nitrogen steel after hydrogenation

• Autorzy: Kolesnikov V

Warianty tytułu

RU

Issledovanije produktov iznosa vysokoazotistykh margancevykh stalej posle navodorazhivanija

• Języki publikacji: EN

Abstrakty

EN

RU

Słowa kluczowe

EN

high nitrogen steel; manganese content; physical property; mechanical property; hydrogenation; friction; wear product; railway transport; marine engineering; friction condition; tribological test

• Wydawca: -
• Czasopismo: Teka Komisji Motoryzacji i Energetyki Rolnictwa
• Rocznik: 2010
• Tom: 10A
• Opis fizyczny: p.271-275,fig.,ref.

Twórcy

autor

Kolesnikov V

• Krasnodon Department of Engineering and Management, Volodymyr Dal East-Ukrainian National University, Lugansk, Ukraine

Bibliografia

• 1. Balytskyi O.I., Kolesnikov V.O., Kaviak P., 2005. Tribotechnical properties of austenitic manganese steels and cast-irons under sliding friction conditions. Materials Science. Vol.41, № 5, 624 – 630.
• 2. Tkachev V.I., Holodnyi V.І., Vitvitskiy V.І., 2004. Hydrogen fatigue of steels // International Scientific Journal for Alternative Energy and Ecjlogy ISJAEE. № 3 (11), 34 – 36.
• 3. The.physico-chemical picture of the process of friction on the example of a pair of metal-metal. http://www.reagent-2000.info/articles_7.html
• 4. Balytskyi O.I., Kolesnikov V.O., 2004. Investigation of wear products of austenitic manganese cast-iron. Materials Science. Vol.40, № 1, 78 – 82.
• 5. Tkachev V.I., Holodnyi V.І., Levina I.N., 1999. The efficiency of steels and alloys in a hydrogen environment. Lviv: Vertikal, 256 p.
• 6. Ivanova V.S., Rusavskaya V.D., Sabitova I.S., 1963. The experience in the identification of dislocations in deformed metals. Plant laboratory. № 2., 193–197.
• 7. Vlasov V. M., 1987. Serviceability of Hardened Rubbing Surfaces (in Russian), Mashinostroenie, Moscow, 304.
• 8. Kuz’menko A. G., Sytnik S. V. 1999. Methods of wear tests. Probl. Tribol., No. 2, 38–109.
• 9. Kragel’skii I. V., Dobychin M. N., Kombalov V. S. 1977, Foundations of Friction and Wear Analysis (in Russian), Mashinostroenie, Moscow, 526.
• 10. Marchenko E. A., 1979. On the Nature of Fracture of Metal Surface in Friction (in Russian), Nauka, Moscow 118.
• 11. Suh N. P.,1973. The delamination theory of wear. Wear, 25, No. 1, 43–51.
• 12. Bobro Yu. G., Aleksandrov B. I., Ivanov V. T., 1983. An investigation into the wear resistance of cast irons at high temperatures and pressures. Enhancement of the Wear Resistance of Cast Materials (in Russian), IPL AN Ukr. SSR, Kiev, 20–22.
• 13. Balitskii A., Chmiel J., Kawiak P., Ripey I., Kolesnikov W., 2007. Odpornośc na zużycie ścierne i niszczenie wodorowe austenitycznych stopów Fe-Mn-Cr. Problemy eksploatacji.-4 (67)/.7-16. http://www.itee.radom.pl.
• 14. Balitskii A., Kolesnikov V., Chmiel J., 2007. The influence of microstructure and hydrogen – containing environments on the intensity of cast iron and steel damage by sliding friction. Part 1. Construction of a generalized model of surface layer friction of graphitized steel and cast-iron objects. Problemy eksploatacji.-4 (67), 17-29. http://www.itee.radom.pl.
• 15. Balitskii A., Kolesnikov V., Chmiel J., 2008. The influence of microstructure and hydrogen – containing environments on the intensity of cast iron and steel damage by sliding friction. Part 2. The generalized scheme of the steels and grey-iron behaviour during sliding friction // Problemy eksploatacji.- 2 (69), 17-29. http://www.itee.radom.pl.
• 16. Balicki A., W.Kolesnikow, J.Kubicki, 2003. Podwyższanie odporności na zużycie ścierne stopów Fe-Mn poprzez wprowadzenie wybranych dodatków stopowych / Inzynieria Materialowa, 244-246.