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Steel Quality Improvement Potentials in the Continuous Casting Process Using State of the Art Refractory Flow Control Systems

Steel Quality Improvement Potentials in the Continuous Casting Process Using State of the Art Refractory Flow Control Systems
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摘要 In the continuous casting process for high quality steel grades, activities are mainly focused on avoiding reoxidation and promoting non-metallic inclusion removal during steel transfer from the ladle through the tundish to the mould. In this paper, methods to effectively control flow from the tundish to the continuous casting mould are described and specific state of the art refractory solutions are also introduced. In the continuous casting process for high quality steel grades, activities are mainly focused on avoiding reoxidation and promoting non-metallic inclusion removal during steel transfer from the ladle through the tundish to the mould. In this paper, methods to effectively control flow from the tundish to the continuous casting mould are described and specific state of the art refractory solutions are also introduced.
机构地区 RHIAG
出处 《Journal of Iron and Steel Research International》 SCIE EI CAS CSCD 2011年第S2期236-242,共7页
关键词 flow control technology REFRACTORY steel cleanness flow control technology refractory steel cleanness
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参考文献4

  • 1Yin,H,Tsai.H.T,Forman.B.Reduction of oxide inclusion-induced hook cracks in tubular steel at Arcelormittal USA indiana harbor No.2steel producing[].th European Conference on Continuous Casting.2008
  • 2Tang.Y,Nitzl.G.SEN design optimization using transient flow simulation and modelling at high-speed thin slab casting[].Proceedings of theInternational Symposium on Thin Slab Casting and Rolling.2009
  • 3.History of Steel Continuous Casting Technology in Japan[]..1996
  • 4Wunnenberg K,Cappel J.Measures to Improve Oxide Cleanness in Continuous Casting[].Stahl und Eisen.2009

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