高层多自由度结构的作动器优化配置问题是主动控制中一个值得研究的重要问题。
Optimization of actuator disposition in high level multiple degree of freedom structures is an important problem.
基于致动器优化放置的分析结果，确定仿生热鲁棒结构中致动器优化放置的准则。
Based on the results of the optimal analysis procedure of actuator placement, some criteria of actuator placement are obtained.
用有限元法（FEM）进行了静力学分析和计算，从而给出具有最佳校正能力的作动器分布的优化方案。
Static analysis via FEM is studied, and the optimum scheme of actuator array for an active mirror with maximum corrective capability is achieved.
介绍了梯形动铁式弧焊变压器优化设计软件，并对优化设计中的优化设计目标问题进行了探讨。
The soft ware on optimum design of movable core arc welding transformer was introduced and the selection of the object function on optimum design was discussed in this paper.
其应用于结构主动振动控制领域的研究，在国外和国内都开展了很多工作，但对于压电传感器和作动器的布局和尺寸优化方面的研究相对较少；
Much research work on active vibration control has been performed. However, the study on optimization of collocation and size of piezoelectric sensor and actuator is an ongoing research issue.
电磁结构设计中，采用电磁场解析计算进行初步设计，进而采用有限元法对致动器的结构和线圈参数进行进一步的分析与优化。
The magnetic circuit structure of actuator is designed by analysis method. The structure and parameters are analyzed and optimized by electromagnetic field FEM.
对机构振动主动控制中作动器和传感器位置的优化问题进行了研究。
The optimal placement of sensors and actuators in this active vibration control of elastic linkage mechanisms is studied in this paper.
针对雷达中动目标检测技术中滤波器组设计，从普遍采用基于最小最大化的优化原则出发提出了一种改进优化原则。
A new improved optimization method is promoted based on common minimum-maximum principle for implementation of the filter bank of MTD radar.
作动器优化布置是振动主动控制中的一个重要问题。
Actuator optimal placement is an important problem of active vibration control.
研究基于声辐射模态理论进行有源控制解耦中压电作动器的位置优化问题。
The location of optimization of piezoelectric actuator based on the theory of radiation modes in the active control decoupling is studied.
通过优化算法，设计出的LQR控制器取得了良好的动、静态解耦效果。
Through the optimization algorithm, the control system with the LQR controller gets very well dynamic and steady state decoupling performance.
对动铁分磁式弧焊变压器进行了优化设计。
Optimum design of movable core shunting arc welding transformer is carried out in the present paper.
论文以输入控制功率最小化为目标，对四组压电作动器的位置进行了优化。
In this paper, based on the object of minimizing the input control power, the locations of the four groups of piezoelectric actuators are optimized.
而后利用有限元软件MATLAB，对天线振动控制进行仿真，比较作动器优化前后的天线振动响应，经过作动器优化后的天线结构振动得到了更好的抑制效果。
In the MATLAB, the antenna simulation is done about the vibration control, compared response before optimization and after, verify that response after optimized has been better results.
而后利用有限元软件MATLAB，对天线振动控制进行仿真，比较作动器优化前后的天线振动响应，经过作动器优化后的天线结构振动得到了更好的抑制效果。
In the MATLAB, the antenna simulation is done about the vibration control, compared response before optimization and after, verify that response after optimized has been better results.
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