1) slide film damping
滑膜阻尼
1.
A linearized Reynolds equation was used to describe the squeeze film damping with a Couette model to describe the slide film damping with the gas flow,temperature variations and compressibility.
根据流体力学和分子动力学的基本理论,在考虑空气流动状态、温度和气膜可压缩性的基础上,构建了描述微陀螺压膜阻尼特性的Reynolds方程,以及描述滑膜阻尼特性的Couette流模型。
2.
We researched the slide film damping mechanism in micromachined vibrating wheel gyroscope in the third pressure region.
研究了第三个区域中振动轮式微机械陀螺仪的滑膜阻尼,提出了滑膜阻尼模型,分析了滑膜阻尼的动态性能,包括速度分布、阻尼机制以及由此产生的能量损耗。
2) slide-film damping
滑膜阻尼
1.
A novel micromachined capacitive accelerometer, based on slide-film damping principle, was reported.
介绍了一种新型基于滑膜阻尼的电容式微机械加速度计。
3) skidding damping
滑移阻尼
1.
This paper presents a discussion of steady-state response of the structural skidding damping friction force by using the computer aided analysis.
本文用计算机辅助分析结构受滑移阻尼摩擦力时的稳态响应。
4) Liquid-Film Damp
液膜阻尼
1.
The effects of Liquid-Film Damping on inherent frequency and respouding amplitude in boring rod system are analyzed.
从理论的角度分析了液膜阻尼对镗杆系统固有频率的影响规律和液膜阻尼对镗杆系统响应振幅的影响规律,并用能量耗散理论分析了最佳液膜阻尼产生的机理。
5) Oil-film Damping
油膜阻尼
1.
The results showed that a significant vibration attenuation is available due todifferent forms of oil-film damping though they vary with different oil-film parameters.
对滚动导轨系统油膜阻尼的减振效果进行了理论分析计算和试验研究。
6) squeeze film damping
压膜阻尼
1.
A linearized Reynolds equation was used to describe the squeeze film damping with a Couette model to describe the slide film damping with the gas flow,temperature variations and compressibility.
根据流体力学和分子动力学的基本理论,在考虑空气流动状态、温度和气膜可压缩性的基础上,构建了描述微陀螺压膜阻尼特性的Reynolds方程,以及描述滑膜阻尼特性的Couette流模型。
2.
According to the demands of engineering,the squeeze film damping theory has been described.
根据SAW加速度传感器工程化的需要 ,对SAW加速度传感器中所采用的压膜阻尼进行了理论分析 ,并采用机电等效模拟技术对微间隙压膜阻尼进行了仿真 ,取得了较好的效果。
3.
A dynamic model for the time-variable-electric-capacity-type electrostatically actuated micro- electro-mechanical systems(MEMS) under parametric excitations is presented with the effect of squeeze film damping.
充分考虑压膜阻尼效应的影响,提出参数激励下时变电容式静电驱动微机电系统的动力学模型,采用谐波平衡法分析在参数激励和强迫激励耦合作用下系统的幅频响应特性,探讨不同控制电压和频率比对系统幅频响应的影响,分别以交流电压幅值、频率比和压膜阻尼比为控制参数研究系统的非线性动力特性,结果表明,微尺度下静电驱动微机电系统在参数激励作用下存在较为丰富的分岔与混沌行为,压膜阻尼效应对系统动力特性的影响不可忽视。
补充资料:滑膜
滑膜
synovium
是关节囊的内层,淡红色,平滑闪光,薄而柔润,由疏松结缔组织组成。关节腔内的所有结构,除关节软骨、半月软骨板以外,即便是通过关节腔的肌腱、韧带等均全部为滑膜所包裹。滑膜分泌滑液,在关节活动中起重要作用。
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