SOFTWARE MODULE FOR STATOR GEOMETRY DESIGN AND MAGNETIC FIELD ANALYSIS IN THE INTERPHASE OF THREE-PHASE ROTATING ELECTRICAL MACHINES
DOI:
https://doi.org/10.36801/Keywords:
Software module, Winding design, Three-phase rotary machinesAbstract
This paper presents a software module developed to assist the design of the radial section geometry of the stator of a three-phase rotating electric machine. For this purpose, the designer has to provide values for the main dimensions of the stator components, such as the inner and outer diameter of the stator, the width, and height of the stator notch isthmus, the height of the stator notch, the width of the stator tooth, gap, etc. This program allows not only to automatically generate the stator geometry and the magnetic field distribution in the gap of the three-phase rotating electric machine in a program based on the finite element method but also to plot or save in a file with numerical data and other quantities.
References
(1) I. D. Deaconu, A. I. Chirilă, C. Ghiță, „Mașini și acționări electrice – volumul 1 – Transformatorul și mașina
asincronă”, Editura PRINTECH, București, 2015.
(2) C. Bălă, A. Fetița, V. Lefter, „Cartea bobinatorului de mașini electrice”, Editura Tehnică, București, 1967.
(3) N. Ciorănescu, „Curs de algebră și analiză matematică”, Editura Tehnică, București, 1955.
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