Parusov E. V., Sychkov A. B., Gubenko S. I., Sahura L.V. On improving technological plasticity at drawing rolled steel products of high-carbon steel without heat treatment

  • Э.В. Парусов
  • А.Б. Сычков
  • C.И. Губенко
  • Л.В. Сагура
  • И.Н. Чуйко

Abstract

The comprehensive analysis of various factors (structural and process), reducing the technological plasticity rolled steels of high-carbon steel at drawing is completed. To ensure hitless drawing pearlite class steels with a deformation degree of not less than 75%, rolled steels diameter of 8.0...14.0 mm must have a certain set of quality indicators: uniformly formed sorbitol structure on the cross section of the metal, minimum pollution has become non-metallic inclusions, absence or the presence of cementite grid no more class B (NFA 04-114:1984). Studies have shown that martensite, non-metallic inclusions and areas of perlite more than 5 points (GOST 8233-56) are additional stress concentrators and cause premature failure of metal at drawing. Negative effects of additional factors, such as mechanical damage and exceeding metal drawing speed regulation on the formation of unacceptable structures (martensite) at rolled steels-wire surface it is established. The research allowed to develop innovative new modes of deformation and heat treatment rolled steel high carbon steel. This allowed along with rationally selected chemical composition of steel to reduce liquation manifestations, provide high technological plasticity of the metal during drawing and to achieve the required strength class finished products without any additional input in the steel alloying elements. Keywords: rolled steel, chemical composition, microstructure, process flexibility, non-metallic inclusions, perlite, marten-site.

References

1. Parusov V. V., Syichkov A. B., Parusov E. V. Teoreticheskie i tehnologicheskie osnovyi proizvod-stva vyisokoeffektivnyih vidov katanki, Dnepropetrovsk. : Art-press, 2012, 376 p.
2. Parusov E. V., Parusov V. V., Sagura L. V. Razrabotka rezhima termomehanicheskoy obrabotki ka-tanki iz stali 85, mikrolegirovannoy borom, na osnove zakonomernostey prevrascheniy austenita pri nepreryiv-nom ohlazhdenii, Metallurgicheskaya i gornorudnaya promyishlennost, 2015, No 3, pp. 54–58.
3. Parusov E. V., Chuyko I. N., Sagura L. V. Sovremennyie trebovaniya k kachestvennyim poka-zatelyam katanki razlichnogo naznacheniya, HIH Mezhdunarodnaya nauchno-prakticheskaya konferentsiya «Metallurgiya: tehnologii, innovatsii, kachestvo», 15-16 dekabrya 2015,Rossiyskaya Federatsiya, Novokuznetsk, Materialyi konferentsii, 2015, pp. 90-96.
4. Parusov V. V., Syichkov A. B., Parusov E. V. Vyisokouglerodistaya katanka iz stali, mikrolegiro-vannoy vanadium, Metallurg, 2004, No 12, pp. 63–67.
5. Parusov E. V., Parusov V. V., Sagura L. V. Razrabotka rezhima dvustadiynogo ohlazhdeniya katanki iz stali S80D2, mikrolegirovannoy borom i vanadium, Metallurgicheskaya i gornorudnaya promyishlennost, 2011, No 3, pp. 53-56.
6. Parusov E. V., Parusov V. V., Syichkov A. B. Razrabotka tehnologii proizvodstva vyisokouglerodis-toy katanki dlya ee energo- i resursosberegayuschey pererabotki na metiznom peredele, Stroitelstvo, materialov-edenie, mashinostroenie: Sb. nauchn. tr., Dnepropetrovsk, 2010, V. 53, pp.146-152.
7. Parusov E. V., Syichkov A. B, Gubenko S. I., Chuyko I. N. Perspektivyi ispolzovaniya ekologicheski chistogo sposoba podgotovki poverhnosti buntovogo prokata k volocheniyu, Problemy trybologіi (Problems of tribology). Khmel'nyts'kyi, KhNU, 2016, No 2, pp. 74-82.
8. Parusov E. V., Sichkov O. B., Gubenko S. I. Vpliv himichnogo skladu i dendritnoyi strukturi bezper-ervnolitih zagotovok na proyav likvatsiy nih yavisch u buntovomu prokati, Visnik Priazovskogo derzhavnogo tehnichnogo universitetu: zb. nauk. Prats, Mariupol, V. 32, 2016, pp.61-71.
9. Sychkov A. B., Zhigarev M. A., Zhukova S. Yu. Effect of dendritic segregation in the continuos-cast semifinished product on the formation of the structure of high-carbon-steel wire rod, Metallurgist, 2008, V. 52, No (5-6), pp. 275-282.
10. Defektyi stali. Spravochnoe izd., Pod red. S. M. Novokschenovoy, M. I. Vinograd. M. : Metallur-giya, 1984, 199 p.
11. Pravosudovich V. V., Sokurenko V. P., Danchenko V. N., Kondratev S. V. Defektyi stalnyih slitkov i prokata. Spravochnik, M. : Intermet Inzhiniring, 2006, 384 p.
12. Syichkov A. B., Zhigarev M. A., Perchatkin A. V. Transformatsiya defektov nepreryivnolitoy zago-tovki v poverhnostnyie defektyi prokata, Metallurg, 2006, No 2, pp. 60–63.
13. Defektyi stalnyih zagotovok i metalloproduktsii Belorusskogo metallurgicheskogo zavoda. Spra-vochnik-atlas. Ruk-l proekta i sostavitel V. V. Gritsaenko, pod obsch. red. A. N. Savenka, Zhlobin : OAO BMZ, 2013, 326 p.
14. Parusov E. V., Syichkov A. B., Chuyko I. N. Tehnologiya kvazipatentirovaniya buntovogo prokata bolshih diametrov v potoke linii Stelmor, Metallurgicheskaya i gornorudnaya promyishlennost, 2016, No 3, pp.96-101.
Published
2016-11-15
How to Cite
Парусов, Э., Сычков, А., ГубенкоC., Сагура, Л., & Чуйко, И. (2016). Parusov E. V., Sychkov A. B., Gubenko S. I., Sahura L.V. On improving technological plasticity at drawing rolled steel products of high-carbon steel without heat treatment. Problems of Tribology, 81(3), 91. Retrieved from https://tribology.khnu.km.ua/index.php/ProbTrib/article/view/82
Section
Articles

Most read articles by the same author(s)