1) constrained damping structure
约束阻尼结构
1.
The Reissner sandwich plate theory was applied to predicting the natural frequencies and modal loss factors of constrained damping structure.
利用Reissner夹层板理论研究了约束阻尼结构的固有频率和模态损耗因子的计算。
2.
The aims of this paper were to prepare polymer damping materials with wide temperature range and the designation of constrained damping structure.
论文围绕宽温域高分子阻尼材料的制备、约束阻尼结构的设计展开研究。
2) active consvained layer damping structure
主动约束层阻尼结构
4) Plate with active constrained layer damping
主动约束层阻尼板结构
5) constrained damping
约束阻尼
1.
The governing equations of a beam with electro-magnetic constrained damping layers(EMCLD)are derived based on Hamilton Principle and simulated,which indicates the control current and thickness of damping layer how to affect the control results,and verifies EMCLD with simply configuration,reasonable actuated manner and low energy consumption,to be effective for active vibration control.
结果表明电磁约束阻尼技术具有结构简单、作动方式合理、耗能低的优点,是一种有效的振动主动控制方式。
2.
The shear strains in visoelastic damping layers resulting from the attraction arrangement magnets at the constraining layers end are higher than that in the conventional passive constrained damping layer(PCLD).
采用在约束层端部上设置永磁体的新方法可使阻尼层获得比传统约束阻尼处理方法更高的剪应变 ,从而增强粘弹层的阻尼耗能。
6) damper restriction
阻尼约束
补充资料：阻尼结构
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