Direct full-wave modeling of bi-dimensional structures combining E-plane and H-plane analysis techniques

This paper presents an analytical method for the efficient full-wave modeling of bi-dimensional structures by combining the results of purely E- and H-plane analysis techniques. It is based on frequency and boundary-condition transformations, and is used to compute the fields and the Generalized Admittance Matrix of the structure. A complex 3D geometry including a bi-dimensional block is analyzed, in order to illustrate the advantages of the novel full-wave analysis technique.