新型钴基高温合金多尺度设计的研究现状与展望
刘兴军1,2,3(
),陈悦超3,卢勇3,韩佳甲3,许伟伟3,郭毅慧3,于金鑫3,魏振帮3,王翠萍3()
),陈悦超3,卢勇3,韩佳甲3,许伟伟3,郭毅慧3,于金鑫3,魏振帮3,王翠萍3()
Present Research Situation and Prospect of Multi-Scale Design in Novel Co-Based Superalloys: A Review
LIU Xingjun1,2,3(),CHEN Yuechao3,LU Yong3,HAN Jiajia3,XU Weiwei3,GUO Yihui3,YU Jinxin3,WEI Zhenbang3,WANG Cuiping3()
),CHEN Yuechao3,LU Yong3,HAN Jiajia3,XU Weiwei3,GUO Yihui3,YU Jinxin3,WEI Zhenbang3,WANG Cuiping3()
图11. Co-9.0Al-9.0W合金在900 ℃ γ'析出相随时效时间的组织演变模拟图
Fig.11. Microstructure evolution simulation diagrams of γ' precipitation phase in Co-9.0Al-9.0W alloy with ageing time (t) at 900 ℃(a) t=2.75 h (b) t=11 h (c) t =27.5 h (d) t =82.5 h (f) t =165 h (g) t =275 h
