超声冲击对增材制造组织改善及强化机理影响的研究进展
Progress in the Effect of Ultrasonic Impact Treatment on Microstructure Improvement and Strengthening Mechanism in Additive Manufacturing
超声冲击对增材制造组织改善及强化机理影响的研究进展 |
| 孙徕博, 黄陆军, 黄瑞生, 徐锴, 武鹏博, 龙伟民, 姜风春, 方乃文 |
|
Progress in the Effect of Ultrasonic Impact Treatment on Microstructure Improvement and Strengthening Mechanism in Additive Manufacturing |
| SUN Laibo, HUANG Lujun, HUANG Ruisheng, XU Kai, WU Pengbo, LONG Weimin, JIANG Fengchun, FANG Naiwen |
| 图3 Ti-6Al-4V合金超声处理前后的宏观组织及其示意图，基于表面塑性变形的超声冲击强化增材制造作用原理示意图[ |
| Fig.3 OM images (a) and the grain morphologies drawn from Fig.3a (b), schematics of the strengthening mechanism of UIT-aided additive manufacturing (AM) based on surface plastic deformation (c-e) in Ti-6Al-4V alloy[ |
|
|