The accurate calculation of cogging torque assists in optimizing the design of claw pole permanent magnet synchronous motors.
脉动转矩的准确计算是爪极永磁同步电动机优化设计的基本前提之一。
Changzhou company began to develop the auto generator finish forged claw pole, and through the cooperation with Valeo Group, we gradually went into the international market.
常州公司开始开发汽车发电机精锻爪极项目，并通过与法雷奥集团的合作，逐步进军国际市场。
In comparison with conventional claw pole machine, its structure of stator and rotor and magnetic circuit are different, the existing analysis model and method are no longer adapted for this machine.
与传统爪极电机相比，定转子结构和磁路型式的不同决定了现有的分析模型和方法不再直接适用于该种电机的研究。
The efficiency of an automotive claw-pole alternator system was computed using a field-circuit method.
用场路结合方法计算一种新型汽车用爪极发电机系统效率。
The output current of the hybrid excitation claw-pole alternator is optimized in terms of different parameters of permanent magnets.
对混合励磁爪极发电机进行了优化，优化变量为永磁体的几何参数，目标函数是发电机的输出电流。
In addition, the inductances of the windings of the conventional claw-pole alternator are achieved.
在得到电励磁爪极发电机三维磁场的基础上，用能量摄动法计算绕组电感参数。
The magnetic leakage factors of two types of claw-pole alternators were computed using a three-dimensional (3-d) finite element (FE) method.
用三维有限元方法计算一台电励磁爪极发电机和一台新型混合励磁爪极发电机漏磁系数。
This paper introduced working principle of PM Claw-pole stepping motors, including magnetic circuits analysis and torque calculation method.
本文介绍永磁爪极步进电机的工作原理、磁路分析及转矩计算方法。
The load characteristics of a new type of hybrid excitation claw-pole alternator are computed using a three-dimensional (3-D) magnetic equivalent circuit (MEC) method.
用三维等效磁网络方法计算了一台新型混合励磁爪极发电机负载特性。
In this paper, calculation of load performance of a 28v, 35a claw-pole alternator is presented using three dimensional finite element method with tetrahedral edge elements.
本文用四面体棱单元三维有限元方法计算一台28V,35a汽车用爪极发电机负载特性。
Simultaneously, the forming process of claw-pole was studied with numerical simulation and FEA method, property parameters and relative field information during the forming process were also obtained.
同时，采用数值模拟和有限元分析的方法获得了成形过程的力能参数和相关的场量信息。
Simultaneously, the forming process of claw-pole was studied with numerical simulation and FEA method, property parameters and relative field information during the forming process were also obtained.
同时，采用数值模拟和有限元分析的方法获得了成形过程的力能参数和相关的场量信息。
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