摘要
对比研究了 ZM5镁合金及其 Gr/ Mg复合材料的室温和高温阻尼行为 ,发现它们的阻尼行为相似 ,但镁基复合材料阻尼性能无论在室温还是在高温下都优于镁合金 ,并随温度升高 ,这种提高的效果更大。研究认为镁基复合材料的主要阻尼机制是室温的位错阻尼和高温的界面阻尼。
Damping behaviors of ZM5magnesium alloy and its composite Gr/Mg were studied and it was found the damping capacity of Gr/Mg was better than thatof magnesium alloy both at room temperature and at high temperature,and this improvement was increasing when temperature was elevated. It was then concluded thatthe main damping mechanism in magnesium matrix composite was the dislocation damping at room temperature and the interface damping at high temperature.
出处
《材料工程》
EI
CAS
CSCD
北大核心
1997年第8期19-21,共3页
Journal of Materials Engineering
关键词
镁基
复合材料
阻尼性能
位错
界面
镁合金
magnesium matrix composite damping capacity dislocation interface
