In order to study chromospheric magnetosonic wave propagation including, for the first time,
the effects of ion–neutral interactions in the partially ionized solar chromosphere, we have …

We present a novel numerical model that simulates ideal two-fluid plasmas coupled to the
full set of Maxwell's equations with application to space and laboratory plasmas. We use a …

Abstract We present a Finite Volume scheme for solving Maxwell's equations coupled to
magnetized multi-fluid plasma equations for reactive and collisional partially ionized flows …

Magnetohydrodynamic (MHD) simulations of the solar corona have become more popular
with the increased availability of computational power. Modern computational plasma codes …

This work addresses the modeling of non-equilibrium phenomena in inductively coupled
plasma discharges. In the proposed computational model, the electromagnetic induction …

This paper describes the main features of a state-of-the-art Monte Carlo solver for radiation
transport which has been implemented within COOLFluiD, a world-class open source object …

Recently, shock-fitting methods have been re-gaining popularity as a valid alternative to
more standard shock-capturing schemes for tackling simulation of compressible flows …

In the present contribution we evaluate the heat flux prediction capabilities of second-order
accurate Residual Distribution (RD) methods in the context of atmospheric (re-) entry …

A CFD solver, using Residual Distribution Schemes on unstructured grids, has been
extended to deal with inviscid chemical non-equilibrium flows. The conservative equations …

In this paper we present an extension of Residual Distribution techniques for the simulation
of compressible flows in non-equilibrium conditions. The latter are modeled by means of a …