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Controlled Rolling Of Hastelloy-N

机译：哈氏合金-N的控制轧制

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This paper provides information of the uniform grain structure after application of hot and cold rolling conditions and recrystallization processes followed by various annealing times in NiMoCr alloy. The different structure would result in high temperature mechanical properties such as yield strength, tensile strength, ductility, fatigue, and creep strength. The microstructura! changes as results from all tested programs were investigated by optical microscope. The obtained results showed that the uniformity of recrystallized structure relates strongly to amount of deformation during hot and cold rolling and period of annealing time. It was also found that the uniformity of recrystallized structure increased with higher deformation and longer annealing times. The formability was tested and the base deformation resistances (BDR) were also calculated.
机译：本文提供了在应用热轧和冷轧条件以及再结晶过程以及随后在NiMoCr合金中进行不同退火时间后均匀晶粒结构的信息。不同的结构将导致高温机械性能，例如屈服强度，拉伸强度，延展性，疲劳和蠕变强度。微观结构！通过光学显微镜研究了所有测试程序结果的变化。所得结果表明，再结晶组织的均匀性与热轧和冷轧期间的变形量以及退火时间密切相关。还发现，随着更高的变形和更长的退火时间，再结晶组织的均匀性增加。测试了可成形性，并计算了基础抗变形性（BDR）。

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