1) cogging force
齿槽推力
1.
Approach to calibrating and compensating cogging force ripple in linear motors
直线电机齿槽推力波动的标定与补偿方法
2) cogging force
齿槽力
1.
By using Fourier series,the relation between the value and harmonic of cogging force and the number of slot and pole was acquired.
对微型短初级永磁直线无刷直流电动机进行了优化设计研究,在电机槽数不变的情况下,设计不同的电机绕组分布方式和初级长度内对应永磁体的数目,并进行了齿槽力的分析和研究。
2.
Use the finite element analysis method to analyze the flux density,cogging force and the force density.
介绍了3种不同结构形式的永磁同步直线电机,基于3个不同的有限元模型,对电机的气隙磁密、齿槽力和力密度进行了分析。
3.
To reduce the fluctuation of cogging force in permanent magnet linear synchronous motors(PMLSM),a 2D-field finite element model of PMLSM was used to describe the relative movements between primary and secondary,combined with automatic meshing.
为了减小永磁直线同步电机(PMLSM)齿槽力的波动,采用二维电磁场有限元方法,结合动态分网来描述PMLSM定、动子间的相对运动。
3) slot force
齿槽力
1.
In order to satisfy the smoothness of thrust of flat three-phase permanent magnet linear synchronous motor(PMLSM),factors and regularity of its end force and slot force are analyzed through finite element method.
为满足平板式三相交流永磁同步直线电动机(PMLSM)推力平稳性要求,利用有限元方法分析端部力和齿槽力的形成原因和波动规律,介绍了一种全行程往复运动双向测量的直线电机定位力的方法,可以克服摩擦力的影响,并在样机上实验完成。
4) cogging torque
齿槽力矩
1.
In this paper,the cogging torque of a 4-pole 6-slot permanent magnet motor was analyzed quantificationally using finite element method.
以4极6齿外转子永磁电机为例,通过有限元算法计算,定量分析了永磁电机齿槽力矩,并分析了定子齿冠开槽对齿槽力矩的抑制效果,对齿冠槽的结构和尺寸进行了优化设计。
2.
Reduction of cogging torque in brushless DC motor is analyzed by Fourier analysis.
文章利用傅立叶分析方法研究了无刷直流电动机齿槽力矩的产生及消弱方法 ,证明提高定子槽数与电机极数的最小公倍数 ,可以有效减小基本齿槽力
5) thrust bearing oil sump
推力油槽
1.
Mist prevention and control for thrust bearing oil sump of large hydroelectric generating set;
大型水力发电机组推力油槽油雾防治研究
6) cogging torque
齿槽定位力矩
1.
The cogging torque of permanent magnet synchronous motor is harmful to driving systems.
在永磁同步电机齿槽定位力矩特点分析的基础上,提出一种在电流中注入谐波对定位力矩进行补偿的方法,抑制了由于定位力矩引起的速度波动,从而减小了对电机低速性能的影响。
2.
The magnet torque and cogging torque equations are also developed for threephase permanent magnet inductor synchronous motor(PMISM).
实验及分析表明,采用等效磁路和实际测量相结合的方法,可以预测永磁感应子式无刷直流电动机的电磁转矩和齿槽定位力矩特性,为电机的转矩控制提供理论依据。
补充资料：齿力
1.年龄与体力。
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