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 high-fidelity full-wave simulator is presented to perform numerical experiments for rough
sea scattering problem by considering different polarizations, frequencies, grazing angles …

We propose stochastic solutions to the scattering of electromagnetic waves from penetrable
randomly rough surfaces using the vector-based finite-element method (FEM). The random …

The sea clutter phenomenon is investigated from a different perspective by using the finite
element domain decomposition (FEDD) method, which is a full-wave numerical method …

Analytical expressions for the scattering coefficients of a dielectric sphere buried under a
rough interface are presented. The proposed method combines the small perturbation …

In this paper, the electromagnetic scattering from a perfectly electric conducting object above
a dielectric sea surface is investigated by an efficient hybrid method combining physical …

A bi-iterative physical optics (PO) method is presented in this letter to investigate the
composite scattering from a perfectly electric conducting object partially buried in the …

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 …

The hybrid physical optics–physical optics (PO–PO) method was introduced in the previous
works to compute the electromagnetic scattering from an object above a random rough …

An effective method combined with finite element method (FEM) and boundary integral
method (BIM) is presented in this paper to study the composite electromagnetic scattering …