Ultra-fine ferrite grains obtained in the TSDR process

Ling Zhang , Wangyue Yang , Chunxia Xue , Zuqing Sun
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Abstract

By careful design of rolling schedule, ultra-fine (∼2 μm) ferrite grains in a low carbon high niobium (0.09wt%Nb) micro-alloying steel with average austenite grain sizes above 800 μm can be achieved in the simulated thin slab direct rolling process. The 5-pass deformation was divided into two stages: the refinement of austenite through complete recrystallization and the refinement of ferrite through dynamic strain-induced transformation. The effects of Nb in solution and strain-induced NbCN precipitates on the ferrite transformation were also extensively discussed.

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在TSDR工艺中获得了超细铁素体晶粒
在模拟薄板坯直接轧制过程中,通过精心设计轧制规程,可在平均奥氏体晶粒尺寸大于800 μm的低碳高铌(0.09wt%Nb)微合金钢中获得超细(~ 2 μm)铁素体晶粒。5道次变形分为两个阶段:通过完全再结晶的奥氏体细化阶段和通过动态应变诱导转变的铁素体细化阶段。还讨论了溶液中Nb和应变诱导NbCN析出对铁素体转变的影响。
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