通过物理模拟系统上的轧制实验,研究了基于动态相变的热轧细晶C-Mn-Si和C-Mn-A1-Si系多相钢的组织及性能特点.结果表明,通过动态相变和相变后冷却的控制,可以得到铁素体晶粒尺寸较为细小,珠光体团径较小,片层间距较薄,以及一定体积分数的贝氏体和残留奥氏体所组成的多相组织.与铁素体粒径相类似的细晶钢相比,由于组织的细晶化,多相化,以及残留奥氏体塑性变形时所产生的TRIP效应,使实验钢具有强度较高、塑性较好,屈强比较低,加工硬化能力较高的特点.
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