Under Dr . Pillay s direction, the Consortium is striving to understand the mechanisms involved in core losses in lamination steels at high frequencies, high induction levels and under non-sinusoidal excitation, and is developing new algorithmic expressions for accurately predicting core losses under these contemporary conditions as well as creating new test methodologies to confirm these predictions.
22.
Under Dr . Pillay s direction, the Consortium is striving to understand the mechanisms involved in core losses in lamination steels at high frequencies, high induction levels and under non-sinusoidal excitation, and is developing new algorithmic expressions for accurately predicting core losses under these contemporary conditions as well as creating new test methodologies to confirm these predictions.
