Abstract：A novel rotating electromagnetic heating machine(EMHM) is presented based on the reverse problem of the temperature rise and loss in electrical machines. Its input energy is completely transferred into thermal powers, and furthermore, the water medium flowed through it is magnetized. A coupled algorithm applied to calculate the heat transfer process is presented, based on the analysis of calculation method of electromagnetic, temperature and fluid fields of EMHM. A concept of power regulation, which can evaluate the performance of the heat transfer, is presented in the analysis of heat transfer process. The effects of different flow rates and initial heat powers on power regulation are calculated by a prototype, and also the effects of relevant parameters on regulation. The experiment research was made.
裴宇龙, 陈磊, 李吉南, 郭斌, 程树康. 新型旋转电磁热机换热算法和性能的研究[J]. 电工技术学报, 2013, 28(10): 113-119.
Pei Yulong, Chen Lei, Li Jinan, Guo Bin, Cheng Shukang. Research on the Algorithm and Performance of the Heat Transfer of the Novel Rotating Electromagnetic Heating Machine. Transactions of China Electrotechnical Society, 2013, 28(10): 113-119.
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