Axial flux permanent magnet machines (AFPMs) are potential candidates for direct‐drive
wind turbines (DDWTs) due to offering high value of torque density. In slotless AFPM …

A robust design in electrified powertrains substantially helps to enhance the vehicle's overall
efficiency. Robustness analyses come with complexity and computational costs at the …

In this paper, in view of the low efficiency of the traditional finite element method (FEM),
which has been widely used in the insulation design of power transformers, the response …

Linear permanent magnet vernier generators offer a high capability of force density, making
them appealing configurations for wave energy harvesting systems. In absolute terms, the …

Linear permanent magnet vernier machines (LP-MVMs) have become prevalent in direct-
drive applications, such as wave energy harvesting systems and traction applications, owing …

This study investigates an advanced finite‐element (FE) technique for the evaluation of
rotational iron losses based on a time‐domain computation, where the bulk conductivity of …