Radiation modeling is implemented in the highly parallel gas kinetic, open-source plasma
simulation suite PICLas. A photon Monte Carlo approach for three-dimensional radiative …

Abstract The Monte-Carlo method is often presented as a reference method for radiative
transfer simulation when dealing with participating, inhomogeneous media. The reason is …

We report here on software that performs line-by-line spectroscopic simulations on gases.
Elaborate models (such as narrow band and correlated-K) are accurate and efficient for …

This paper describes the multi-dimensional non-local thermodynamic equilibrium simulation
code Cretin. Cretin self-consistently combines atomic kinetics and radiation transport in a …

A high-order photon Monte Carlo method is developed to solve the radiative transfer
equation. The statistical and discretization errors of the computed radiative heat flux and …

Traditional Monte Carlo ray-tracing (MCRT) methods for continuous participating media are
not applicable in media represented by point masses (or stochastic particles) frequently …

Modeling radiative heat transfer in combustion applications involving complex geometries
and detailed spectral properties of radiative gaseous species remains a difficult challenge …

An adaptive grid method is proposed for the simulation of low-pressure plasma radiation.
The method relies on two complementary approaches which significantly reduce calculation …

The extension of the atomic kinetics code suite FLY to a multi-cell postprocessor for
hydrodynamic plasma simulation codes, called SWARM is presented. First, the collisional …

Plasma simulations involving collisional-radiative processes present many computational
challenges because of the wide range in scales spanned by the governing set of plasma …