其在承受冲击载荷时，在冲击载荷脉宽不变的情况下，随着冲击载荷幅值的增加，隔振器吸收的能量增大。
The energy absorbed by the vibration isolator increases with the increase of the shock load value when its impulse width is invariable.
针对振动焊接中激振器的激振力不大、频带不宽等缺陷，本文研制了一种以超磁致伸缩激振器为执行元件的微振动平台。
The thesis aims to develop a micro-vibration platform using Giant Magnetostrictive Vibrator (GMV), which is expected to improve the vibrating force and frequency scale of vibration welding technic.
应用推荐