Heat and thermal problems are major obstacles to achieving high power density in compact
permanent magnet (PM) topologies. Consequently, a comprehensive, accurate, and rapid …

The Virtual Synchronous Machine (VSM) concept stands as a strategy for the seamless
integration of renewable energy sources into the grid. In scenarios where symmetrical and …

In compact electric machines with high torque density and direct continuity heat sources,
irreversible damage results from overheating. Therefore, accurate temperature forecasting is …

During conversation energy by electric machines, some energy will inevitably be wasted in
the form of losses. The machine losses will be converted into heat and will increase the …

The importance of thermal analysis for permanent magnet (PM) magnetic gears is
emphasized, as it plays a crucial role in understanding the temperature distribution and its …

This paper presents two innovative structural concepts for surface permanent magnet
synchronous machines. One of these designs aims to enhance the machine's torque output …

Significant voltage overshoots are observed in the input terminals of long cable pulse-width
modulation (PWM)-fed induction machines, which can detrimentally impact the machine's …