Electromagnetic analysis of periodic structures with arbitrary shape using a coupled volume-surface integral equation method

Abstract

A coupled volume-surface fundamental condition technique is introduced for breaking down subjectively formed intermittent structure of blended dielectric and leading articles. Free space occasional Green's capacity is utilized in the plan of both essential conditions. In the strategy for minutes answer for the indispensable conditions, the objective is discretized utilizing three-sided patches for leading surfaces and tetrahedral cells for dielectric volume. Ewald's strategy is utilized to quicken the assembly of figuring every component in the impedance network. Mathematical outcomes are introduced to show the precision and proficiency of the strategy.