As computational methods for solving Maxwell's equations mature, we can now start to
tackle much more challenging multiphysics problems that have numerous applications in …

This paper presents a numerical method based on finite elements in both the frequency and
time domains for modeling the coupling of an incident wave with a conducting wire placed …

A methodology is presented for the development of reduced-order macromodels for
multiport passive electromagnetic devices that include embedded lumped elements. The …

A symmetric hybrid electromagnetic-circuit simulator based on the extended time-domain
finite element method (FEM) is presented for the simulation of microwave devices …

A hybrid electromagnetics (EM)-circuit simulator exploiting the discontinuous Galerkin time
domain (DGTD) method and the modified nodal analysis (MNA) algorithm is developed for …

A general circuit-oriented, full-wave, finite-element method (FEM) is proposed to analyze the
coupled problem between circuits and fields both in frequency and in time domains. The …

The paper deals with an efficient and accurate circuit-oriented model of multilayer graphene
sheet in finite-element method (FEM) by impedance network boundary conditions (INBCs) …

A SPICE lumped circuit subcell model is formulated within the discontinuous Galerkin finite-
element time-domain (DGFETD) discretization of Maxwell's equations. A fourth-order …

In this paper, PDEs are modeled by an electrical equivalent circuit generated from the
equations arising from the finite element method (FEM). This allows the solution of PDEs to …

Over the years, the use of numerical simulations in the development of high voltage pulse
generators has become a standard approach. Nevertheless, the modeling of spark-gaps …