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Permanent magnet generator 3D transient temperature field analysis based on magnetic-thermal element coupling algorithm

机译:基于磁热元件耦合算法的永磁发电机3D瞬态温度场分析

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In the past, the stator core loss was considered as a whole or sub-blocks heat source in the temperature field calculation, while the actual loss was distributed throughout the core. Consequently, this approach resulted in calculation error. To reduce the error, a magnetic-thermal element coupling algorithm is presented. Elements loss, calculated in 2D magnetic field by using FEM, is coupled to the corresponding 3D element to calculate transient temperature field. Let us take permanent magnet generator for example. A transient temperature field analysis is carried out by using the magnetic-thermal element coupling algorithm.
机译:过去,定子铁心损耗在温度场计算中被视为一个整体或子模块热源,而实际损耗则分布在整个铁心中。因此,这种方法导致计算错误。为了减少误差,提出了磁热元件耦合算法。使用FEM在2D磁场中计算出的元素损耗与相应的3D元素耦合,以计算瞬态温度场。让我们以永磁发电机为例。利用磁热元件耦合算法进行了瞬态温度场分析。

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