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Effect of Treatment Temperature Regimes in a Continuous Annealing Unit on Two-Phase Ferritic-Martensitic Steel Mechanical Properties

机译:连续退火装置中处理温度制度对两相铁素体-马氏体钢力学性能的影响

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摘要

Features of structure and property formation are studied for cold-rolled product in two-phase ferriticmartensitic steels by modeling heat treatment in a continuous annealing unit (CAU) of six laboratory melts of different chemical composition intended for preparing steels of different strength classes according to EN10338:2013. Steel of some melts, apart from alloying with elements currently used extensively, are additionally alloyed with aluminum. Hot- and cold-rolling processing regimes simulate those used under production conditions. Results of modeling heat treatment in a CAU by different regimes show an increase in strength and a reduction in ductility properties with a reduction in overageing temperature. Rolled product of steel alloyed with aluminum has lower strength properties, ratio of yield to ultimate strengths, but better relative elongation values.
机译:通过在连续退火单元(CAU)中模拟六个化学成分不同的实验室熔体的连续退火单元(CAU)中的热处理模型,研究了用于两相铁素体马氏体钢的冷轧产品的组织和性能形成的特征,以根据EN10338制备不同强度等级的钢:2013。除了与目前广泛使用的元素合金化外,某些熔体的钢还与铝形成合金。热轧和冷轧加工方式模拟了在生产条件下使用的加工方式。通过不同的方案在CAU中对热处理进行建模的结果表明,强度增加了,延展性降低了,而老化温度降低了。与铝合金化的钢的轧制产品具有较低的强度性能,屈服强度与极限强度之比,但具有较好的相对伸长率值。

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