选区激光熔化Ni58Cr23Fe10W5Ti2Ta1Nb1 多主元合金的裂纹形成机理及抑制
Crack Mechanism and Control Strategy for Ni58Cr23Fe10W5-Ti2Ta1Nb1 Multi-Principal Element Alloy by Selective Laser Melting
(a) Ni, Cr, Fe, W, Ti, Ta, and Nb elements
(b) B element
选区激光熔化Ni58Cr23Fe10W5Ti2Ta1Nb1 多主元合金的裂纹形成机理及抑制 |
| 林美, 郭博静, 王志军, 李俊杰, 王雷, 王锦程, 何峰 |
|
Crack Mechanism and Control Strategy for Ni58Cr23Fe10W5-Ti2Ta1Nb1 Multi-Principal Element Alloy by Selective Laser Melting |
| LIN Mei, GUO Bojing, WANG Zhijun, LI Junjie, WANG Lei, WANG Jincheng, HE Feng |
| 图9 Ni58Cr23Fe10W5Ti2Ta1Nb1合金非平衡凝固过程中元素含量的变化曲线 |
| Fig.9 Atomic fractions of elements in the liquid during the solidification of Ni58Cr23Fe10W5Ti2Ta1Nb1 alloy (a) Ni, Cr, Fe, W, Ti, Ta, and Nb elements (b) B element |
|
|