This book is a self-contained, programming-oriented and learner-centered book on finite
element method (FEM), with special emphasis given to developing MATLAB® programs for …

A coordinate transformation based finite element method is presented for detecting contours
of breast cancer tissues in the context of microwave imaging. The geometry and location of a …

We present a finite-element time-domain (FETD) Maxwell solver for the analysis of body-of-
revolution (BOR) geometries based on discrete exterior calculus (DEC) of differential forms …

In this paper, we propose a method for designing Photonic Crystal (PhC) devices that
consist of dielectric rods with varying size. In the proposed design method, PhC devices are …

A transformation electromagnetics-based approach is presented to facilitate the use of fixed
Cartesian grids for modeling arbitrarily shaped (convex or nonconvex) curved boundaries in …

A numerical method is proposed for efficient solution of scattering from objects with weakly
perturbed surfaces by combining the perturbation theory, transformation electromagnetics …

The coordinate transformation technique (with its current name of transformation
electromagnetics) is applied to the finite‐element method (FEM) with periodic boundary …

A remesh-free numerical method is developed for shape optimization problem by combining
the transformation optics approach, the finite element method, and the genetic optimization …

A computational model is developed for efficient solutions of electromagnetic scattering from
obstacles having random surface deformations or irregularities (such as roughness or …

Electromagnetic scattering from randomly distributed array of scatterers is numerically
analyzed by Monte Carlo simulations by utilizing coordinate transformations in the context of …