Inverse scattering problem for detecting a defect in a magnetoelastic layer

This work is devoted to studying a direct and inverse scattering problem for magnetoelastic layer having defect, in the frame of electromagnetic theory. In terms displacement field over defect's contour, coupled system boundary integral equations formulated, magnetically permeable impermeable defects. To identify position size an efficient numerical algorithm developed by using quasi-Newton iterative method. order check influence magnetic upon waves from layer, series examples presented with different noise levels. The results showed that has sensitive effect on identification process when external increases, especially materials high permeability factor μr. Also, special predicting applied field, copper defect various sizes, been performed.