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In this study, exploitation of artificial neural networks for an efficient solution of a simple electromagnetic compatibility problem is discussed. Two parallel dielectric layers are penetrated by a perpendicular electromagnetic wave. A standing wave is formed between layers. Radial basis function networks are employed to estimate the electric field intensity between the layers for both the harmonic...
A method of modeling a small aircraft with composite parts is described. The model is tailored to simulate the influence of a HIRF environment. In order to simplify the analysis, the dielectric material with suitable parameters is used instead of a complicated composite structure. The influence of composite parts on electromagnetic properties of the model is illustrated by electric field distributions...
In the paper, the dispersion analysis of planar metallo-dielectric electromagnetic band gap (MD-EBG) structures in Ansoft HFSS is discussed. The attention is turned to critical settings of unit cell modeling for the correct computation of the dispersion diagram. First, a dispersion analysis of the original uniplanar compact photonic band gap (UC-PBG) structure was done, and the results were compared...
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