Development of technology and development of production of reinforcement no. 6 of strength class A500S form 2f in coils according to the requirements of GOST 34028–2016

S. A. Savchenko, S. M. Volosovich, A. A. Kuchkov, I. V. Astapenko, A. B. Sychkov
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Abstract

The article presents the results of research on the development and mastery of the technological process of rolling reinforcement in coils with a nominal diameter of 6 mm of strength class A500C of a double‑sided periodic profile of the 2f form, ensuring the required mechanical properties, improving complex quality indicators based on improving the chemical composition and technological modes of two‑stage cooling on the Stelmor line taking into account its cooling and transporting abilities. A method of hot rolling of reinforcement with a double‑sided crescent (2f) profile is proposed; technological factors influencing the strength, plastic and operational properties of reinforcing bars through the formation of its effective microstructure are considered. The chemical composition of steel was proposed and modes of thermomechanical hardening of reinforcement with rolling heating were developed, providing high consumer properties. The results of mechanical tests of rolled reinforcing bars in coils and comparative data on the mechanical properties and geometric parameters of the reinforcement are also presented.
根据 GOST 34028-2016 的要求开发和生产强度等级为 A500S form 2f 的卷材 6 号钢筋的技术
文章介绍了开发和掌握在 Stelmor 生产线上轧制公称直径为 6 毫米、强度等级为 A500C 的 2f 型双面周期性轮廓钢筋卷的技术工艺的研究成果,该工艺可确保所需的机械性能,并在考虑到 Stelmor 生产线的冷却和运输能力的情况下,在改进化学成分和两级冷却技术模式的基础上提高复杂的质量指标。提出了双面月牙(2f)型钢筋热轧方法;考虑了通过形成有效的微观结构影响钢筋强度、塑性和操作性能的技术因素。提出了钢的化学成分,并开发了轧制加热钢筋的热机械硬化模式,从而提供了高消费性能。此外,还介绍了卷筒轧制钢筋的机械测试结果以及钢筋机械性能和几何参数的比较数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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