丨期刊 Optics and Laser Technology
丨影响因子 3.233
丨原文标题
Relation of thermal behavior and microstructure evolution during multi-track laser melting deposition of Ni-based material
丨作者 南航顾冬冬教授团队
丨关键词
激光熔化沉积;有限元模拟;Inconel 625;热行为;显微组织
1.研究了LMD成形多道Inconel 625过程热行为
2.发现了熔池不同区域的显微组织变化规律
3.探讨了LMD熔池热行为及其对成形组织的作用机制
2.Solidification characteristics are obtained to predict the morphology and scale of solidification microstructure.
3.The microstructures of the LMD-processed Inconel 625 are columnar dendrites and equiaxed dendrites.
4.Columnar dendrites generated at the overlapping region are coarser compared with that in the bottom of the molten pool.
Lei Du, Dongdong Gu*, Donghua Dai, Qimin Shi, Chenglong Ma, Mujian Xia. Relation of thermal behavior and microstructure evolution during multi-track laser melting deposition of Ni-based material. Optics and Laser Technology. 2018, 108: 207–217.
国家自然科学基金 编号51575267
国家重点研发计划 编号
2016YFB1100100
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来源:江苏省高性能金属构件
激光增材制造工程实验室