The paper is focused on numerical studies of electromagnetic properties of composite materials used for the construction of small airplanes. Discussions concentrate on the genetic homogenization of composite layers and composite layers with a slot. The homogenization is aimed to reduce CPU-time demands of EMC computational models of electrically large airplanes. First, a methodology of creating a 3-dimensional numerical model of a composite material in CST Microwave Studio is proposed focusing on a sufficient accuracy of the model. Second, a proper implementation of a genetic optimization in Matlab is discussed. Third, an association of the optimization script and a simplified 2-dimensional model of the homogeneous equivalent model in Comsol Multiphysics is proposed considering EMC issues. Results of computations are experimentally verified.

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numerical studies of electromagnetic properties of composite materials matlab composite material 3dimensional numerical model genetic optimization emc computational models of electrically large airplanes homogeneous equivalent model microwave studio construction of small airplanes

Z. Raida,P. Tobola,J. Jilkova,.Genetic Homogenization of Composite Materials. 18 (1),.

Z. Raida,P. Tobola,J. Jilkova,"Genetic Homogenization of Composite Materials" 18

Z. Raida,P. Tobola,J. Jilkova,"Genetic Homogenization of Composite Materials"