We propose an automatic, solution based, localized meshing refinement for increasing the
accuracy of integral-equation solution for multi-scale electromagnetic problems. The …

Large and complex systems from the EMC point of view are objects that contain different
structures requiring individually composed methods for modeling as well as calculation …

Several error estimators suitable for use with the adaptive refinement solution of the electric
field integral equation (EFIE) are investigated. The estimators are evaluated using a series …

The performance of the four basic residual error estimators for perfectly conducting targets is
evaluated in connection with the Rao–Wilton–Glisson method of moments numerical …

This letter introduces the surface magnetic current density into error estimations of the Rao–
Wilton–Glisson (RWG) method of moments. Three combined error estimators are …

The performance of several inexpensive local error estimation techniques is evaluated in
connection with the Rao-Wilton-Glisson method of moments numerical solutions of the …

Derivative recovery through local smoothing, is a well‐known approach to obtain an
estimate of a solution field's derivative, to one polynomial order higher than its direct …

Bad meshes are a common problem in using computational electromagnetics codes. Often,
much of an engineer's or analyst's time ids wasted improving a mesh until the solver finally …

Automotive antenna design is a sophisticated process, related to both specific features of
antennas itself, and their installation and operation in the complex electromagnetic (EM) …

Basis functions play important roles in computational electromagnetics (CEM). It is
interesting to investigate the errors in the projection of the equivalent current of a plane wave …