1·In this paper, the quasi-component mode synthesis method is used tocalculate the unbalance response of complex rotor-support systems.
本文用拟模态综合法分析计算复杂转子系统的不平衡响应；
2·Numerical simulations and experimental investigates were carried out for unbalance response of a single disk flexible rotor system with far shaft end mounted on EORD.
通过数值仿真和实验研究远轴端eord支承的单盘柔性转子系统的不平衡响应。
3·By measuring both original unbalance response and excitation response, dynamic stiffness and damping coefficients of fluid bearings and rotor unbalances can be calculated.
通过测量转子的原始不平衡量响应和激励响应，计算出滑动轴承的刚度和阻尼系数及转子的不平衡量。
4·The aim of the active vibration control of rotor system is to obtain enough accessional stiffness and damper to cut down the response of unbalance and to keep the stabilization of rotor system.
转子振动主动控制的本质就是通过主动控制力给系统引入附加的刚度及阻尼，以达到减少系统的不平衡响应，使系统稳定的目的。
5·The influence of the stiffness variation, the unbalance and the inhabiting angle on the transient response was investigated.
研究了刚度变化、质量偏心以及质量偏心角对裂纹转子瞬态响应的影响。
6·Parallel processing can decrease the response time of military information system; load unbalance is an important factor that lowers the performance of parallel processing system.
并行处理能缩减军事信息系统的响应时间，而负载失衡是降低并行处理系统性能的重要因素。
7·The example shows that the vibration response caused by unbalance mass reduces greatly and the method developed in this paper is successful.
计算实例表明转子由不平衡量引起的振动得到了大幅度减少，达到了非线性支承转子动平衡的目的，效果良好。