What is the theoretical basis of WIPL-D Pro kernel?
MoM (Method of Moments) / (surface integral equations) / surfaces equivalence theorem / wires – right truncated cones (cylinders) / plates – bilinear surfaces (flat quads) / wire-to-plate junctions / automatic meshing of electrically large plates / polynomial approximation of currents (higher order, rooftop) / automatic satisfaction of current continuity at free ends and multiple junctions / LU decomposition / CG iterative method.