1) double disk rotor-bearing system
双盘转子-轴承系统
1.
A nonlinear dynamical model of a double disk rotor-bearing system with an array of blades,including a flexible shaft,two journal bearings,two rigid disks and two arrays of elastic blades,was established to investigate the couple vibration between the rotor and blades.
研究叶片与转子-轴承系统的耦合非线性振动,建立了一个带叶片的双盘转子-轴承系统的非线性动力学模型,其中包含一个弹性转轴、两个滑动轴承、两个刚性圆盘和两组弹性叶片。
2) dual-disc over-hung rotor-bearing system
双盘悬臂转子轴承系统
1.
Mechanical and numerical model of a dual-disc over-hung rotor-bearing system were built respectively.
分别建立了双盘悬臂转子轴承系统的力学模型、数学模型和碰摩力模型,同时利用转子碰摩故障的实验装置,研究了转子系统碰摩故障的非线性振动特性,对中间盘碰摩时转子系统的动力学特性、悬臂盘发生碰摩时转子系统的动力学特性进行了进一步分析,数值仿真结果与实验结果一致,对实际工程中转子系统的安全稳定运行具有一定的实际参考价值。
3) dual-disk horizontal over-hung rotor-bearing system
水平悬臂双盘-轴承转子系统
4) rotor-bearing system
转子-轴承系统
1.
Response analysis on linear imbalanced rotor-bearing system under nonstationary random seismic excitation;
不平衡线性转子-轴承系统的非平稳地震激励响应分析
2.
Dynamics analysis of a dual-disk over-hung rotor-bearing system with crack;
双盘悬臂裂纹转子-轴承系统的动力学分析
3.
Influences of spline coupling on stability of rotor-bearing system
花键联轴器对转子-轴承系统稳定性影响研究
5) rotor bearing system
转子-轴承系统
1.
The influence of elliptical bearing clearance on the stability of turbocompressor rotor bearing system;
椭圆轴承间隙对透平压缩机转子-轴承系统稳定性的影响
2.
? The formulas for calculating the sensitivity of unbalance response to the various parameters of the rotor bearing system of large turbogenerator sets were derived.
用有限元法导出了转子上各结点的不平衡响应对转子－轴承系统各参数灵敏度的计算公式。
3.
The reason of failure is that traditional ways of design of rotor bearing system are not so reasonable.
滚动轴承是旋转机械中最常用的易发故障零件,这是因为以前的转子-轴承系统设计方法不够合理,采用一种新的设计方法对转子-轴承系统进行优化设计,并对优化后的结果进行动力学分析。
6) bearing-rotor system
轴承-转子系统
1.
The optimization of bearing parameters was studied both based on bearing and based on bearing-rotor system using improved Genetic Algorithm respectively and the optimizing results are compared.
以轴承-弹性Jeffcott转子系统为研究对象,以三油楔固定瓦滑动轴承作为系统的支承元件,采用改进的遗传算法,分别研究了基于轴承和基于轴承-转子系统的轴承参数优化,并对两者的优化结果进行了比较。
2.
Stability and bifurcation of sliding bearing-rotor system are analyzed.
分析了轴承-转子系统的稳定性和分岔,基于系统可观测状态信息给出1种求解系统周期解及识别周期解稳定性的方法,同时将该方法与Floquet理论相结合分析系统周期解的稳定性及失稳分岔形式,将转速作为分岔参数分析系统响应的周期、拟周期、多解共存和跳跃现象。
补充资料：安全监督盘系统
安全监督盘系统
safety panel
onquanl旧nduPonx一loflg安全监督盘系统(safety panel)数显示系统。见安全参
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