AZ31镁合金双峰组织形成机制及其变形行为
Formation Mechanism and Deformation Behavior of AZ31 Magnesium Alloy Bimodal Structure
(a, c) engineering stress-strain curves (b, d) strength and elongation
AZ31镁合金双峰组织形成机制及其变形行为 |
| 周雯慧, 熊锦涛, 黄思程, 王鹏昊, 刘勇 |
|
Formation Mechanism and Deformation Behavior of AZ31 Magnesium Alloy Bimodal Structure |
| ZHOU Wenhui, XIONG Jintao, HUANG Sicheng, WANG Penghao, LIU Yong |
| 图8 双峰组织与细晶AZ31镁合金的力学性能 |
| Fig.8 Mechanical properties of bimodal structure (a, b) and fine-grained (c, d) AZ31 magnesium alloys (UTS—ultimate tensile strength, YS—yield strength, EL—elongation) (a, c) engineering stress-strain curves (b, d) strength and elongation |
|
|