With the development of hybrid electric vehicles and wind turbines, the demand for improved
efficiency, increased maintenance life, increased reliability, reduced noise, and …

Low-speed brushless permanent magnet machines are ideal for use in gearless propulsion
systems. It is important to provide a precise analytical model to determine the performance …

Surface-mounted permanent magnet machines are widely used in low and medium speed
applications. Pulsating torque components is the most crucial challenge, especially in low …

In new generations of wind turbines and electric vehicles, cost reduction, efficiency
improvement, enhanced reliability, extended maintenance life, noise and vibration …

Vernier permanent magnet (VPM) machines have been widely used in the last two decades
due to their high torque density resulting from their magnetic gearing effect. In this paper, we …

In this paper, we present a mathematical model for determining the optimal radius of the iron
pole shape in spoke-type permanent-magnet (PM) machines (STPMM) in order to minimize …

Along with the development of hybrid electric vehicles, researchers are trying to reduce
existing limitations such as noise and environmental concerns and improve the efficiency …

In this paper, an axial flux permanent magnet generator for a 30 kW direct drive wind turbine
is designed and the design parameters were optimized with the aim of achieving high …

Performance analysis of a linear permanent magnet Vernier machine (LPMVM), which has a
complex structure, is mostly based on the finite element methods, while for its optimisation or …

Beside magnetic equivalent circuit and finite element methods, sub-domain analysis (SDA)
is an alternative method, which can be used to evaluate electrical machines behavior. It has …