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The paper presents a thermal analysis of an axial flux synchronous permanent-magnet machine (AFSPM) with a core of soft magnetic composite (SMC) material. We obtained the temperature distribution by using a coupled thermal and fluid dynamic finite-element model. The study considers two 2-D approaches and compares their results to experimental tests.
The paper deals with a numerical analysis of coupled electromagnetic and fluid dynamics problem in electromagnetic stirrers (EMS) for aluminum furnaces. By means of the algorithm developed a deep parametrical analysis of the device has been performed and some results have been discussed
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