Structure and Property Formation for Pipe Coiled Rolled Product During Manufacture Under Casting And Rolling Complex Conditions


Cite item

Full Text

Open Access Open Access
Restricted Access Access granted
Restricted Access Subscription Access

Abstract

Results are provided for a comprehensive study of the structure and properties formation of microalloyed pipe steel produced in an AO United Metallurgical Company (Vyksa) casting and rolling complex conducted under laboratory and industrial conditions. The features of structure formation established are used to create steel compositions for electrically welded pipes and coiled rolled product manufacturing technology corresponding to steels strength classes up to K60 with improved toughness and cold resistance.

About the authors

A. V. Chervonnyi

AO Vyksa Metallurgical Plant

Author for correspondence.
Email: chervonnyj_av@vsw.ru
Russian Federation, Vyksa, Nizhegorod Region

D. A. Ringinen

AO Vyksa Metallurgical Plant

Email: chervonnyj_av@vsw.ru
Russian Federation, Vyksa, Nizhegorod Region

A. V. Chastukhin

AO Vyksa Metallurgical Plant

Email: chervonnyj_av@vsw.ru
Russian Federation, Vyksa, Nizhegorod Region

L. I. Éfron

AO Vyksa Metallurgical Plant

Email: chervonnyj_av@vsw.ru
Russian Federation, Vyksa, Nizhegorod Region

A. V. Muntin

AO Vyksa Metallurgical Plant

Email: chervonnyj_av@vsw.ru
Russian Federation, Vyksa, Nizhegorod Region

V. V. Naumenko

AO Vyksa Metallurgical Plant

Email: chervonnyj_av@vsw.ru
Russian Federation, Vyksa, Nizhegorod Region

O. A. Bagmet

AO Vyksa Metallurgical Plant

Email: chervonnyj_av@vsw.ru
Russian Federation, Vyksa, Nizhegorod Region

Supplementary files

Supplementary Files
Action
1. JATS XML

Copyright (c) 2019 Springer Science+Business Media, LLC, part of Springer Nature