• Time-efficient calculation of efficiency and loss maps
• Analysis, prediction and prevention of parasitic effects caused by harmonics in the current and spatial harmonic fields (e.g. magnetic tones, shaft voltages, unbalanced magnetic pull, additional losses, torque oscillations)
• Calculation of electromagnetically excited resonant oscillations by means of analytical and numerical methods
• Time-efficient calculation methods for the characteristics and operating behaviour of electrical machines; development of combined analytical-numerical calculation methods
• Creation of scalable, modular simulation models for electric machines