The use of fractional derivatives and integrals has been steadily increasing thanks to their
ability to capture effects and describe several natural phenomena in a better and systematic …

A novel 3-D discontinuous Galerkin time-domain (DGTD) scheme is developed and
presented for modeling electromagnetic (EM) wave interactions with dispersive chiral …

The main concept of this research is the well-accepted and recognized equation that models
the pulse-transfer function (PTF) as the ratio between the Z-transform of the filter output and …

The finite difference time domain method is applied for numerical modelling of composite
dispersive material‐based proposed metamaterial, where the electromagnetic waves are …

The Yee finite difference time domain (FDTD) algorithm is widely used in computational
electromagnetics because of its simplicity, low computational costs and divergence free …

A cost-effective approach to the finite-difference time-domain (FDTD) modeling of
magnetized graphene sheets as a dispersive anisotropic conductive surface is proposed …

In this article, an efficient Z-transform-based finite-difference time-domain (Z-FDTD) is
developed to implement and analyze electromagnetic scatterings in the 3D biaxial …

An electromagnetic inversion method is presented to reconstruct the constitutive parameters
of an inhomogeneous bianisotropic slab. The measured co‐and cross‐reflection and …

A novel finite-difference time-domain formulation for the modeling of general anisotropic
dispersive media is introduced in this work. The method accounts for fully anisotropic electric …

The perfect electromagnetic conducting (PEMC) boundary, a nonreciprocal generalization of
both perfect electric conducting (PEC) and perfect magnetic conducting (PMC) boundaries …