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首页> 外文会议>International Conference on Ecological Vehicles and Renewable Energies >Separation of volume and surface forces and torques in a DC excited Flux Switching Machine
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Separation of volume and surface forces and torques in a DC excited Flux Switching Machine

机译：直流励磁磁通开关机中体积和表面力以及扭矩的分离

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摘要

In this paper the separation of volume and surface forces and torques of a highly saturated DC excited Flux Switching Machine (DCFSM) is presented. The volumetric and surface forces are derived from the stress tensor caused by the magnetic field. High saturation of the iron will contribute in the increase of the internal forces, as a consequence, the resultant torque is also separated in volume and surface torque. The simulation results show that the torque created by the volume forces is contributing to significant part of the total torque. Therefore, the research of the volume forces consequences is becoming a relevant topic for further research.
机译：本文提出了高度饱和的直流励磁磁通开关机（DCFSM）的体积，表面力和转矩的分离。体积力和表面力是由磁场引起的应力张量得出的。铁的高饱和度将有助于内力的增加，因此，合成转矩在体积和表面转矩上也将分开。仿真结果表明，由体积力产生的扭矩占总扭矩的很大一部分。因此，体积力后果的研究正成为进一步研究的重要课题。

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