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This symposium was once keen on complicated computational and layout suggestions in utilized electromagnetic structures together with units and fabrics. The scope of the complaints disguise a large choice of subject matters in utilized electromagnetic fields: optimum layout recommendations and functions, inverse difficulties, complicated numerical recommendations, mechanism and dynamics of latest actuators, physics and functions of magnetic levitation, electromagnetic propulsion and superconductivity, modeling and functions of magnetic fluid, plasma and arc discharge, high-frequency box computations, digital equipment simulations and magnetic fabrics
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Additional info for Advanced Computational and Design Techniques in Applied Electromagnetic Systems
X-directional flux density changes along z-axis in the contact arm. 22 Figure 6 shows the relationship between the repulsion forces and interrupting currents. Figure 7 shows the relationship between the blowout forces and interrupting currents. As understood from Figures 6 and 7, the effect of the top plates to the repulsion forces in the state when the contacts are fully open is greater than in the state when the contacts are closed and the top plates have no influence on the blowout forces. 2 4 6 8 10 interrupting current (kA) 12 2 4 6 8 10 interrupting current (kA) 12 Figure 6.
A. Mohammed and C. Koh Department of Electrical & Computer Engineering, Florida International University Miami, Florida 33199, U. S. A. A shape optimization technique for the design of electromagnetic devices is reported. This new technique makes use of the genetic algorithms (GAs) to explore the search space. From the design parameters, the shape of the device is constructed by means of uniform nonrational b-splines. The proposed method is implemented for the optimization of the shape of a pole face in an electric motor.
3. SIMULATION RESULTS Impacts of the number of ribbons per group are investigated on the flux density distribution of the right corner of the core under the constraint of the same flux density. 0 Tesla is decreased. 2 Tesla. From this results, the case of the lower number of ribbons is likely to have better distribution of flux density than those of the higher, however its productivity is to be considered. 2 Tesla of design flux density. The gradient of flux density near air gap is very high and it causes lot of core losses.