Recently, there has been tremendous interest in studying electromagnetic (EM)
metamaterials. However, the full-wave simulations of large and complex metamaterials are …

An equivalence principle algorithm (EPA) method is extended to analyze the
electromagnetic scattering from multiple bodies of revolution (MBoR) with the axes arbitrarily …

The authors propose a novel aggressive space mapping (ASM) algorithm for the two‐
dimensional antenna array elements arrangement to reduce the antenna array radar cross …

A simple but efficient equivalent model of patch antennas is proposed for predicting the
radiation pattern of patch antennas on large platforms. The equivalent model is constructed …

Full-wave electromagnetic simulations of electrically large arrays of complex antennas and
scatterers are challenging, as they consume a large amount of memory and require long …

The full-wave simulation of complex electromagnetic (EM) surfaces, such as reflectarrays
and metasurfaces, is a challenging problem. In this article, we present a macromodeling …

A fast direct surface integral equation (SIE) solver based on a novel skeletonization
factorization scheme is proposed for electromagnetic scattering from electrically large and …

Abstract we propose a domain decomposition scheme for solving scattering problem from
multi-objects distribution in a large-scale range. Each sub-object is enclosed by an …

In this letter, an efficient hybrid method is proposed to analyze array structures when
frequency and material parameters sweep. Using the frequency and material independent …

In this communication, a fast model order reduction (MOR) method is proposed to solve the
electromagnetic scattering of large periodic arrays consisting of connected elements. Each …