The version v1.05.02 has been released the 22nd March 2016.

Features

 Possibility to uncouple the modelling strategies of rotor and stator permeance calculation in FEMM (slot model or full model)
 Possibility to compute natural frequencies with GetDP with boundary condition (clamped-free, clamped-clamped, free-free)
 Possibility to calculate the rotor mmf of PMSM by using non linear magnetostatic FEMM model instead of analytical or subdomain models using type_rmmf_model
 Possibility to decouple the permeance model calculation of rotor and stator slots using type_perm_modelR and type_perm_modelS
 Possibility to impose the power of induction machine
 Possibility to plot the permeance model (analytical or FEMM) using plot_Per_slot command
 Possibility to calculate the permeance with FEMM, including magnetic wedge effect

Topologies and materials

 new way to handle interior magnets by combining several slot models
 user-defined skew shape
 2 new slot shapes : 26 and 52

Post-processings

 plot_rmmf_surf : plots the rotor mmf time and space distribution as a surface plot

Validations

The following validation cases have been added to make sure MANATEE results stay correct from a release to another:
 ALG_007 : validation of constant flux sonagram for synchronous machines
 ALG_008 : check the use of symmetries in FEMM
 ALG_009 : check the use of symmetries in FEMM
 EL_SCIM_005 : induction machine equivalent circuit
 EL_SPMSM_001 : Emetor forklift case, no load, validation of electrical circuit (peak phase back EMF, flux linkage, inductance)
 EL_SPMSM_002 : validation of on-load SPMSM electrical equivalent circuit properties and outputs
 EM_BPMSM_NL_001 : BPMSM fixed speed no load, non linear FEMM Vs permeance mmf (reluctance network model of V-shaped magnets)
 EM_BPMSM_NL_002 : BPMSM fixed speed no load, non linear FEMM Vs permeance mmf (FEMM calculation of rotor mmf)
 EM_SCIM_NL_008 : use of FEMM for the calculation of stator and rotor permeance functions including magnetic wedges