2) Pseudoelasticity Effect
超弹性阻尼特性
3) superelastic damping
超弹阻尼
1.
The superelastic damping characteristics of NiTi wires under low frequency mechanical shock and their influencing factors was studied.
研究了在低频机械载荷冲击下,NiTi丝材的超弹阻尼特性及其影响因素,结果表明该材料具有>35%的超弹阻尼能力,且最佳超弹阻尼可通过选择合金相变温度、机械载荷频率、循环次数以及控制应变量等实现。
4) Elastic damping
弹性阻尼
1.
External elastic damping support, if designed reasonably, may obviously improve the natural or forced vibration response characteristics of bearing rotor systems.
设计参数合理的外弹性阻尼支承可以明显改善轴承－转子系统的固有特性及强迫振动响应。
5) elastic damping components
弹性阻尼
1.
In order to achieve the purpose of better multi-dimensional vibration absorption,we adopt a parallel mechanism as the main mechanism of the vibration absorber,and use elastic damping components to absorb the energy at the driving position.
而采用并联机构作为减振装置的主体机构,并在驱动处辅以弹性阻尼系统,只需单层结构就能达到减振效果。
2.
Apply the parallel mechanism as to the main mechanism of multi-DIM vibration absorber and the elastic damping components are used to absorb the energy at the drives in order to obtain better vibration absorber , it only need to one layer.
为了达到较好的多维减振目的,采用并联机构作为减振装置的主体机构,并在驱动处辅以弹性阻尼系统,只需一层就能达到减振效果。
补充资料：超弹性物质
见纯力学物质理论。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条