Engineering Heterogeneous Multiphase Microstructure by Austenite Reverted Transformation Coupled with Ferrite Transformation

Engineering Heterogeneous Multiphase Microstructure by Austenite Reverted Transformation Coupled with Ferrite Transformation
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通过奥氏体回复转变与铁素体转变相结合的工程异相多相微观结构

DOI:
10.1007/s11837-019-03365-3
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发表时间:
2019-02
期刊:
JOM
影响因子:
2.6
通讯作者:
Huang M X
Huang M X
中科院分区:
材料科学3区
文献类型:
--
作者:
Liu L;He B B;Huang M X

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首次实现了由原奥氏体、马氏体、回复奥氏体和铁素体组成的异质多相中锰钢(Fe-10Mn-0.47C-2Al-0.7V,wt.%),同时实现了奥氏体回复转变和铁素体转变。系统地研究了转变过程中的相分数、动力学、机制和微观结构演变。异质多相中锰钢通过连续相变诱导的塑性效应、晶粒尺寸梯度和应力应变分配,具有高应变硬化的巨大潜力。目前的工作为设计中锰钢的异质多相微观结构提供了一条新途径。
A heterogeneous multiphase medium Mn steel(Fe-10Mn-0.47C-2Al-0.7V, wt.%) consisting of prior austenite, martensite, reverted austenite, and ferrite is, for the first time, realized by both austenite reverted transformation and ferrite transformation. The phase fraction, kinetics, mechanisms, and microstructure evolution during the transformation sequence are systematically investigated. The heterogeneous multiphase medium Mn steel has great potential for high strain hardening by a continuous transformation-induced plasticity effect, grain-size gradient, and stress–strain partitioning. The present work provides a new pathway to design a heterogeneous multiphase microstructure in medium Mn steel.
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