PROJECT TITLE :
Smooth Surface Blending for the 2-D Generalized Method of Moments
Correct computation of scattered electromagnetic fields is difficult due to approximation inherent: 1) in the geometrical description of the item, and a couple of) functions that are defined on this geometric illustration. In this letter, we tend to gift a partition of a unity-primarily based theme capable of recreating scattering geometries to very low error with an arbitrary degree of smoothness and world continuity of normals in two dimensions. This method is then coupled with the Generalized Methodology of Moments, a recently developed meshless boundary integral equation methodology, to compute scattered fields in 2 dimensions. Several examples illustrating accuracy and convergence of this approach are mentioned.
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