For the induction machine we need to update the core loss calculation slightly to include all relevant field orders in the calculation. Especially for the hysteresis loss we need to give at least one full period of the highest order of interest. For the synchronous machine this is normally the stator frequency $f_\mathrm{S}$.
For the induction machine we need to:
- restrict the evaluation of the flux density field results to the relevant time period without the settling-in process.
- Adapt the evaluation period itself, either to rotor frequency $f_r$ or $f_r / N_r$, where $N_r$ is the number of rotor bars per pole pair. Additionally we could check if $f_\mathrm{S}$ is sufficient for the stator.
For the induction machine we need to update the core loss calculation slightly to include all relevant field orders in the calculation. Especially for the hysteresis loss we need to give at least one full period of the highest order of interest. For the synchronous machine this is normally the stator frequency$f_\mathrm{S}$ .
For the induction machine we need to: