Deprecated version

Bertotti iron losses

This command is available via menu Computation > Computation of iron losses > Deprecated version > Bertotti iron losses and enables to compute iron losses with Bertotti model with the following equation:

$P_{fer}^{\left(MH\right)}=k_h{B}_{max}^{{\alpha }_h} f^{{\beta }_h}+\frac{\sigma d^2}{12} 2{\pi }^2{ B}_{max}^{{\alpha }_c} f^{{\beta }_c}+8.76 k_e B_{max}^{{\alpha }_e} f^{{\beta }_e}$

$p_{fer}^{\left(MT\right)}\left(t\right)=k_h{B}_{max}^{{\alpha }_h} f^{{\beta }_h}+\frac{\sigma d^2}{12} {\left|\frac{dB}{dt}\right|}^{{\alpha }_c}+k_e {\left|\frac{dB}{dt}\right|}^{{\alpha }_e}$

LS iron losses on regions

This command is available via menu Computation > Computation of iron losses > Deprecated version > LS iron losses on regions.

The user chooses a Type of iron sheet among the proposed list. This menu enables to compute losses thanks to former LS models of Flux.

LS iron losses at a point

This command is available via menu Computation > Computation of iron losses > Deprecated version > LS iron losses at a point.

This command is the same as the former one, but the computation is at a point instead of a region.