1) two disc rotor system
双盘转子系统
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) 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。
4) dual-rotor system
双转子系统
1.
Nonlinear dynamic performance analysis of counter-rotating dual-rotor system
反向旋转双转子系统非线性分析
2.
There is inevitable unbalance in the dual-rotor system of the aero-engine, the beat vibration will occur to engine when two rotors are operating at approximately the same speed.
对双转子系统的拍振进行了研究,分析了拍振的周期性、信号强度及其反向转子特性,阐明了拍振产生的机理和特征,并采用数值仿真和试验对拍振进行了定量分析和验证。
3.
The dynamic characteristics were calculated by the WTCM,and then the transient responses of dual-rotor system were solved.
采用整体传递系数法计算转子系统的动力特性,进而求解双转子系统的瞬态响应。
5) multi-disc rotor system
多盘转子系统
6) rotor-blade disk system
转子-轮盘系统
1.
The complex rotor-blade disk-vane system was equal to be a simple rotor-blade disk system model.
转子-轮盘系统是汽轮机的关键部件,以往在对其进行耦合振动分析时,动力学模型非常复杂,公式繁琐,难以求得解析解。
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