.. Commande-flux, III.3.3. Implémentation dans le langage de, p.24

3. Construction-de-la-machine-en, , p.26

.. Boîte-infinie, , p.26

.. Boîte-air, , p.28

E. La-symétrie, , p.32

L. and .. , , p.33

L. and .. , III.3.9, p.35

.. , III.4. Overlay 3D : tests, p.38

I. 5. Conclusion and .. , , p.38

P. Conclusion, , p.39

B. , , p.40

A. , , p.41

C. Bibliographie and G. , Geometry and mesh

C. and G. , Induction heating

C. and G. , Translating motor

C. and G. , Induction motor

C. and G. , Brushless SPM motor

C. and G. , Brushless IPM motor

S. Jacques, Bobinage des machines tournantes à courant alternatif

J. Marcel, Electromagnétisme pour le génie électrique : Circuit magnétiques, p.137

, Technique de l'ingénieur. Réf. Internet, p.42252

C. Daniel, Méthode des éléments finis par l'exemple, 2010.

S. Gérard, Apprendre à programmer avec Python

X. Dupé, Programmation avec le langage Python, 2010.

, Equ ipo t e ntia l ( n ame=

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, Circ uitStrandedCo i l ( name= 'I_Al' , terminals = [ Equipo tential [ 'PT_l' J , Equipo tential [ 'PT 2' )) , resistanc eFo rmula= 'RS' ) '0' I '-BOB_LENG

. Coilpoint,

. Coilpoint-(-coordinates@bullet-[-'bob_radius-a1-',-'nb, . Tooth, . Pole, and . Tooth_slap-',-'bob_leng,

. Coilpoint-(-coordinates=-[-'bob_radius-a1-',-'nb_tooth, . Pole, and . Tooth_slap,

. Coi1point-(-coor-d-i-nat-es=-[-'bob_radius-a1-*-nb_tooth_per_pole-* and . Tooth_slap,

, CoilPoint (coor d i n a t es= [ 'BOB_RADIUS A1' , '2*NB_TOOTH_PER_POLE*TOOTH SLAP

*. Coilpoint-(-coordi-nates=-[-'bob_radius-a1-',-'3, . Nb_tooth-per_pole-*, and . Tooth_slap,

*. Coilpoint, . Tooth, . Pole, and . Tooth_slap, BOB_RADIUS Al, p.178

*. Coilpoi-nt-(-coordi-nates=-[-'bob_-radius_-a1-',-'4, . Nb, . Tooth, . Pole, . Tooth et al.,

. Coilpo-i-nt, BOB_ RADIUS A1' , '1*NB TOOTH PER POLE*TOOTH SLhP

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*. Coilpo-i-nt, . Nb, . Tooth, . Pole, . Tooth_-slap-',-'-bob_ et al., coilPoint (coordinates=

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*. Coilpoint-(-coordinates=-[-'bob_radius-al, . Nb, . Tooth, . Pole, . Tooth et al.,

. Coilpoint-(-coordinates@bullet-[-'bob_-radius_-a1-',-'b-*-nb, . Tooth, . Pole, . Tooth, and . Slap, , p.246

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*. Nb_tooth_per_pole and *. Tooth_slap, CoilPo int (coor d i na t es= [ 'BOB_RADIUS A1

*. Nb_tooth_per_pole and *. Tooth_slap,

*. Nb_tooth_per_pole and *. Tooth_slap,

*. Coilpo-intbob_radius-a1-',-'lo, . Nb_tooth_per_pole, . Tooth, and . Slap,

=. Co-ilpo-int-s, *. Radius_al-',-'lo, . Nb_tooth_per_pole, . Tooth, and . Slap,

*. Co-ilpo-int-rdinates@bullet-[-'bob_radius-al-',-'ll, . Nb, . Per_pole, and . Tooth_slap,

*. Coilpo-int-(-c-o-ordina-t-es=-[-'bob_radius-al-',-'ll, . Nb_tooth, . Pole, and . Tooth_slap,

*. Nb_tooth, . Pole, and . Tooth_slap, , p.315

*. Coilpoi-nt-(-coordi-nates= and . Nb-tooth_per_pole-*-tooth_slap-',-'bob_length, secti on=Di sccoilsecti on (secti onRadius = '1' ), rnechani cal Set =Mecha nical Set, pp.1-1