The International Conference on Ad-Hoc Networks and Wireless (ADHOC-NOW) has
become a well-known venue for research dedicated to wireless sensor networks and mobile …

We present an explicit numerical method to solve the time‐dependent Maxwell equations
with arbitrary high order of accuracy in space and time on three‐dimensional unstructured …

In this article, we aim at proposing a general mathematical formulation for charge-
conserving finite-element Maxwell solvers coupled with particle schemes. In particular, we …

The exponential time integration, ie, time integration which involves the matrix exponential,
is an attractive tool for time domain modeling involving Maxwell's equations. However, its …

Finite-element time-domain (FETD) simulations of Maxwell equations in irregular simplicial
grids require the solution of a sparse linear system involving the Hodge (mass) matrix at …

Our research focused on obtaining a fundamental understanding of the source and
properties of EMP at the Titan PW (petawatt)-class laser facility. The project was motivated …

We have developed a mixed Vector Finite Element Method (VFEM) for Maxwell's equations
with a nonlinear polarization term. The method allows for discretization of complicated …

Numerical integration of Maxwell's equations is often based on explicit methods accepting a
stability step size restriction. In literature evidence is given that there is also a need for …

This article deals with time integration for the second-order Maxwell equations with possibly
non-zero conductivity in the context of the discontinuous Galerkin finite element method (DG …

We present a novel strategy for minimizing the numerical dispersion error in edge
discretizations of the time-domain electric vector wave equation on square meshes based …