Microstructural characteristics and mechanical properties of Fe44-XMn30Co10Cr10Al3Si3CX (X = 0, 1) multi-component complex steel

Lin Deng,Yi Zeng,Kang Xu,Zhi-Ming Zhou,He Huang,Hai-Yan Xu,Jian Tu,Jin-Ru Luo

Materials Letters（2021）

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摘要

•Multi-component complex steel (Fe44-XMn30Co10Cr10Al3Si3CX (X = 0, 1)) consisting of seven principal elements is developed.•Heterogeneous lamella structure in Fe43Mn30Co10Cr10Al3Si3C1 allows to overcome strength-ductility trade-off.•Formation of heterogeneous lamella structure is characterized by elongated grains and particles precipitation.•Back-stress strengthening in Fe43Mn30Co10Cr10Al3Si3C1 is confirmed.

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关键词

Multi-component alloy,Microstructure,Electron backscatter diffraction,Heterogeneous lamellar structure,Metals and alloys,Metallurgy

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