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Castability and microstructural development of iron-based alloys under conditions pertinent to strip casting: specialty Fe-Cr-Al alloys

机译:在与带钢相关的条件下,铁基合金的可铸性和显微组织发展:特种Fe-Cr-al合金

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摘要

A strip casting simulation of the iron-based specialty alloy known as Fecral (or Kanthal) has been carried out. The alloys tested were found to be easily castable and show good surface quality. Increasing the melt superheat increased the nucleation density and heat flux, leading to a refined ferrite grain size. Although changing the gas atmosphere during casting was observed to modify the measured heat flux, this did not correlate to any change in the nucleation density. The cast strips were able to be rolled without cracking, and showed mechanical properties similar to those found in comparable alloys after conventional thermo-mechanical processing.
机译:已经对称为Fecral(或Kanthal)的铁基特种合金进行了带钢铸造模拟。发现所测试的合金易于铸造并且显示出良好的表面质量。增加熔体过热度会增加成核密度和热通量,从而导致铁素体晶粒细化。尽管观察到在铸造过程中改变气体气氛会改变测得的热通量,但这与成核密度的任何变化均不相关。铸带能够轧制而不会破裂,并且显示出与常规热机械加工后的可比较合金相似的机械性能。

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