振动模态分析是立式电机优化设计的重要步骤。
The analysis of vibration mode is an important process during the optimizing design of vertical motor.
鲍威尔法是一种可用于电机优化设计的直接搜索法。
Powell method is a direct searching method which can be used in electrical machine design.
在电机优化设计中的应用表明，该方法优于SUMT法。
The method is shown to be superior to SUMT method in the application of optimal design for electric machines.
改善空载电压波形是发电机优化设计、保证电能质量的重要问题。
The improvement of no-load voltage waveform is an important problem for design optimization of generators and ensuring the quality of electric power.
分析得出了其相关的输出性能并建立其数学模型，为电机优化设计和控制打下基础。
The related output performance of the motor was obtained, and then the foundation was built for the electrical machinery optimization design and control.
本文根据变频调速集成系统的特点，提出具有针对性的变频调速电机优化设计策略。
Based on the characteristics of adjustable speed with variable frequency systems, the paper presents an optimal design strategy.
并深入研究了几种改进的遗传算法在空调压缩机用三相异步电机优化设计中的应用。
What's more, the research is done focusing on the performance of improved Genetic Algorithms being applied to the design program.
本文讨论了电磁场逆问题的求解方法，系统地进行了随机类优化算法的改进研究以及轮毂式永磁电机优化设计的应用研究。
This paper mainly presents the method of solving inverse electromagnetic problems, the improvement of the stochastic optimization algorithm and the optimal designing of outer-rotor permanent motor.
电机的系列优化设计要将若干台具有某些相同尺寸的电机作为一个整体来考虑。
For optimum design of a motor series some motors of same size must be considered as a whole.
论文以材料费用为目标函数，铁心长度及绕组匝数为变量编制了计算程序，对单相电机进行了优化设计并给出了计算结。
It selects material cost as target function, core length and winding turns as variables to develop program for optimization design of single phase motors.
本文给出了电机的电磁噪声预估和低噪声优化设计方法，并介绍了相应的计算机程序。
This paper presents a method used for magnetic noise prediction and Low-noise optimization design on electrical motor. The corresponding computer program is also described.
提出了一种印制绕组电机导条形状的优化设计方法，由此可以获得最大的反电势系数。
An optimization method for designing the conductor shape of printed circuit motor to attain Max.
优化孔型设计与现场主电机功率值的计算表明，轧制能耗可减少3.19%。
Optimization design of pass and computation of the main driving motor power under operation show that the rolling energy consumption may be reduced by 3.19%.
经过优化设计，电机工作性能稳定，无死点，调速平稳。
Stable performance, no dead point, smooth speed adjustment due to optimization design.
为电机多目标优化设计作了有益的探讨。
This is an useful approach to the multiob jective optimal design.
本文采用动态参数设计的思想，对一款洗衣机电机进行了优化设计。
In this paper, using dynamical parameter design, a kind of washing machine motor has been optimized.
只有发电机设计与继电保护密切合作，才有可能完成定子绕组的优化设计。
The close cooperation between generator design and protection can only be a way to do optimization design for generator stator winding.
所建立空载磁路模型及三维有限元分析方法为该新型电机的优化设计、性能分析以及负载特性进一步研究奠定了基础。
Equivalent magnetic circuit model and 3d finite element method developed in this paper are helpful to the more study on optimizing design and full-load characteristic of IPM-HESM.
并对12极典型电机进行了具体参数设计和磁场优化设计计算及推力波动测试实验。
A typical PMLSM with 12 poles is designed with idiographic parameters and optimized magnetic field, and the thrust ripples is measured.
而一套较为完整、精准的测试系统则会对小型永磁风力发电机的性能做出科学合理的判定，依此可以指导进一步的优化设计。
The performance of small type of permanent magnetic wind power generator can be analyzed reasonably in one exact testing system, which will direct optimization and design.
永磁同步电动机电抗参数是电机性能分析和优化设计的重要依据。
The reactance parameters of permanent magnet synchronous motors are the most essential to the analysis and design of motor.
本文将4／6极和8／12极两种不同结构双凸极永磁电机进行详细比较，从而为该电机的优化设计进一步深入研究提供理论依据。
This paper will compare 8/12 DSPM with 4/6 DSPM in detail, and provide theoretic basis for design and research deeply of DSPM.
通过分析得到整个电机电磁场的分布及波形近似为正弦的气隙磁感应强度，分析结果有助于对电机进行优化设计和控制。
A approximately sine waveform air-gap magnetic field density can be gained based on the analysis of the whole electromagnetic field. The results are helpful to optimization design and control.
通过分析得到整个电机电磁场的分布及波形近似为正弦的气隙磁感应强度，分析结果有助于对电机进行优化设计和控制。
A approximately sine waveform air-gap magnetic field density can be gained based on the analysis of the whole electromagnetic field. The results are helpful to optimization design and control.
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