首页|期刊导航|International Journal of Extreme Manufacturing|Multiscale evolution of TiC particles in GH3536-based composites fabricated via laser powder bed fusion:coarsening mechanisms and hierarchical distribution
Multiscale evolution of TiC particles in GH3536-based composites fabricated via laser powder bed fusion:coarsening mechanisms and hierarchical distribution
Peng Zhao Quanquan Han Zhenhua Zhang Zhongyang Sui Liqiao Wang Bo Song Min Zhu Xiebin Wang Rossitza Setchi Chuanzhen Huang
International Journal of Extreme Manufacturing2026,Vol.8Issue(3):P.653-674,22.
International Journal of Extreme Manufacturing2026,Vol.8Issue(3):P.653-674,22.DOI:10.1088/2631-7990/ae3b82
Multiscale evolution of TiC particles in GH3536-based composites fabricated via laser powder bed fusion:coarsening mechanisms and hierarchical distribution
摘要
关键词
metal matrix composites/additive manufacturing/laser powder bed fusion/particle evolution/melt pool dynamics分类
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Peng Zhao,Quanquan Han,Zhenhua Zhang,Zhongyang Sui,Liqiao Wang,Bo Song,Min Zhu,Xiebin Wang,Rossitza Setchi,Chuanzhen Huang..Multiscale evolution of TiC particles in GH3536-based composites fabricated via laser powder bed fusion:coarsening mechanisms and hierarchical distribution[J].International Journal of Extreme Manufacturing,2026,8(3):P.653-674,22.基金项目
the financial support from the Shandong Provincial Natural Science Foundation(Grant Nos.ZR2023YQ053,ZR2022ZD08,and ZR2023QE287). (Grant Nos.ZR2023YQ053,ZR2022ZD08,and ZR2023QE287)