Microstructure and mechanical properties of the TiN particles reinforced IN718C composite

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[1] Wang, Rui
[2] Wang, Wei
[3] Zhu, Guoliang
[4] Pan, Weitao
[5] Zhou, Wenzhe
[6] Wang, Donghong
[7] Li, Fei
[8] Huang, Haijun
[9] Jia, Yiwang
[10] Du, Dafan
[11] Dong, Anping
[12] Shu, Da
[13] 1,Sun, Baode
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Zhu, Guoliang (glzhu@sjtu.edu.cn) | 1600年 / Elsevier Ltd卷 / 762期
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摘要：
TiN particles reinforced IN718C superalloy composite (TiN/IN718C composite) was prepared by investment casting, and the microstructure and mechanical properties of TiN/IN718C composite was investigated. TiN particles were uniformly distributed in the matrix and the harmful δ phase and Laves phase were decreased. The microstructure evolution of the TiN/IN718C composite was caused by the redistribution of the Nb, Ti and C elements in the matrix and TiN particles. The significantly increment of ultimate tensile strength and yield strength of TiN/IN718C composite compared to the matrix IN718C superalloy was attributed to the stress transfer effect of TiN particles and the optimized microstructure. © 2018 Elsevier B.V.
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