同时，为避免由于电机定、转子相对运动而引起的气隙场域剖分网格的畸变问题，在气隙中引入了运动边界。
To avoid the mesh distortion in the airgap arising from the relative movement between the stator and rotor, the moving boundaries are incorporated into the finite element model.
同时根据计算结果讨论了冷却水管水垢厚度、气隙层厚度对高炉铸钢冷却壁温度场的影响。
The influences of two factors including thickness of scale of cooling water-pipe and air clearance exerting on temperature field of stave is discussed based on calculation.
通过对气隙磁场的分析可以计算出转子表面损耗，进而计算出转子的温度场分布。
Through analyzing the air-gap magnetic field, stray loss on the surface of rotor can be worked out and moreover temperature field distribution in rotor can be obtained.
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