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Dynamic sub-structure method of the rotor system dynamics characteristics of gear transmission;

齿轮传动转子系统动力学特性的动态子结构法

Active vibration control based on linear matrix inequality for rotor system under seismic excitation;

地震激励下基于LMI的转子系统振动主动控制

Stochastic optimal strategy in vibration control for imperfect measurement rotor system;

部分状态可测转子系统振动控制的随机最优策略

Application of COM technology in the graph-producing subsystem of power system;

COM技术在电力系统图形生成子系统中的应用

Subsystems, Learning and Backward Linkages;

子系统、学习和后向联系

Personnel archives subsystem──Personnel and salary archives microcomputer system(Ⅰ);

人事档案管理子系统──人事、劳资档案及工资发放微机综合管理系统（Ⅰ）

Study on the reducing vibration effects of flexible support for film bearing rotor system;

弹性支承对滑动轴承转子系统动力稳定性的影响

Nonlinear Characteristics of the Responses of an SFD Supported Rotor with Many Malfunctions;

有挤压油膜阻尼器支承的多故障转子系统的非线性响应特性研究

The unbalanced magnetic pull(UMP) in a three-phase generator, caused by relative eccentricity, is calculated theoretically, and its effect on vibration of an eccentric rotor is studied.

研究了电机中由于相对偏心引起的不平衡磁拉力对转子系统振动的影响。

The HEN structure (complicated system) was decomposed into some sub networks of heat exchangers (subsystems).

它是把整个换热网络结构（复杂系统） 分解为若干子换热网络（子系统） 进行优化分析， 使热回收量达到最大， 并获得换热网络中各换热单元的最优操作参数。

A conclusion is made that there is different importance to system reliability if subsystems are in different position.

基于最小割的定义 ,运用布尔代数的有关原理 ,对单源单汇复杂网络系统可靠度中各子系统的重要程度进行了研究 ,得出了处于系统中不同位置的子系统对系统可靠度影响不同的结论 ,并给出了各子系统对系统可靠度影响程度的判定原则 ,进而提出了一种较为简捷的方

The structure is decomposed into smaller subsystems to be identified in order to improve the convergence and stability when the EKF is applied to structures with large dimensions.

考虑到在大型结构的识别中状态向量维数的增加会导致运算的困难和计算精度的下降 ,提出了类似于子结构分析的方法 ,将结构从上到下分解为多个子系统 ,逐一进行识别 ,从而获得整个结构的物理参数 。

Acceleration technique for simulation of sprays around ship based on particle systems;

基于粒子系统实现船舶航迹仿真的加速方法

Real time model of rainfall based on particle systems and improved algorithm of water waver;

基于粒子系统的实时降雨模型

The dynamic fireworks simulation based on particle systems(PS) is studied.

主要研究了基于粒子系统方法的焰火动态模拟。