We present the application of adjoint analysis to 3-D finite-element method scattering
problems for a posteriori error estimation and adaptive refinement. Adjoint-based …

We present a novel adaptive mesh refinement (AMR) algorithm for microwave modeling,
specifically focusing on computational electromagnetic analysis using the tangential vector …

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

In this review work, we give a review of recent works of high-frequency electromagnetic (EM)
wave scattering in complex media and structures. The EM wave scattering from electrically …

A goal-oriented adaptive frequency-domain finite element method (FEM) for solving
electromagnetic radiation problems including complex structures is presented in this article …

A multisolver scheme based on Robin transmission conditions (RTCs) is proposed for
electromagnetic modeling of highly complex objects. Different from the traditional finite …

We consider an implicit a posteriori error estimation technique for the adaptive solution of
the Maxwell equations with Nédélec edge finite element methods on three-dimensional …

The electromagnetic power deposition and transfer properties of a G 1 continuous head
model reconstructed from magnetic resonance imaging (MRI) data are investigated by using …

The increasing demand to understand the behaviour of electromagnetic waves in many real
life problems requires solution of the Maxwell equations. In most cases the exact solution of …

The dissertation presents an overview of the publications of the candidate, and his research
group, on engineering electromagnetics—in particular computational electromagnetics …