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In this paper, we present a splitting algorithm to solve multicomponenttransport models. These models are related to plasma simulations, in which weconsider the local thermodynamic equilibrium and weakly ionised plasma-mixturemodels that are used for medical and technical applications in etchingprocesses. These multi-component transport-mixture models can be derived byapproximately solving a linearised multi-component Boltzmann equation with anapproximation of the collision terms in the mass, momentum and energyequations. The model-equations are nonlinear partial differential equations andthey are known as Stefan-Maxwell equations. However, these partial differentialequations are delicate to solve and we propose to use noniterative anditerative splitting methods. In the numerical experiments, we see the benefitof the iterative splitting methods, while these methods can relax the nonlinearterms.

Splitting Methods For Solving Multi-Component Transport Model: A Multicomponent Mixture for Hydrogen Plasma