All machines

Export script doesn’t work for machines with outer rotor

(ref.: FXM-15161).

This issue has been corrected.

Running tests fails with GUI is in Japanese

(ref.: FXM-15099).

This issue has been corrected.

Stator Joule losses are not displayed

In the tests dedicated to the computation of a working point (for synchronous machines or induction machines), if the mode of computation is fast the stator Joule losses are computed, but not displayed in the table of results. However, these can be deduced from the power balance information (ref.: FXM-15142).

This issue has been corrected.

Computation of forces on teeth is not available

The computation of forces on teeth is not available since the workflow to compute forces on the teeth in NVH must be updated (ref.: FXM-15086).

This issue has been corrected.

Unable to export machine with squared lamination

Exporting a machine with squared lamination for specific winding architecture. Indeed, the parallel path manager cannot manage odd number of half coils in incomplete parallel path and flux cannot either (ref.: FXM-14956).

This issue has been corrected.

The slot filling with wires inside fails for inner slot

Sometimes, the slot filling with wires (solid conductors) fails for the inner slots (ref.: FXM-15150).

This issue has been corrected.

Twist of conductors cannot be considered with antiperiodic conditions

When the twist of conductors is selected in the winding area, if the motor presents an anticyclic periodicity, the twist of conductors won't be considered in the flux project (ref.: FXM-14935).

This issue has been corrected.

Removal of the housing is not well managed

Removal of the housing is not well managed with hairpin winding and potting are selected all together (ref.: FXM-14731).

This issue has been corrected.

Transient thermal computation

Sometimes, there is an issue with nonlinear thermal resolution. The convergence criteria don’t reach from a certain time iteration leading to non-physical results making the physical properties interpolations impossible. This can occur for duty cycle inside which there are a huge number of working points for instance (ref.: FXM-14570).

This issue has been corrected.

Management of multi-parametric settings with HyperStudy® coupling

Some configurations of parameterized topologies can be obtained manually in Motor Factory, but cannot be created from HyperStudy® for some connectors

One must be able to manage the case of sequential input update in HyperStudy® connector, especially for topology definitions (ref.: FXM-13612).

This issue has been corrected.