Physics of Fluids · 2019 · 58 citations · 61 references
Natural SciencesComputational EngineeringPhysicsComputational PhysicsFluid DynamicsPlasma PhysicsBoltzmann Transport EquationMonte Carlo SimulationParticle-based SimulationPlasma SimulationPlasma TransportReactive Flow SimulationCollisionless Plasma ModelingDirect Numerical Simulation Of Reactive FlowsNumerical Methods For Reactive FlowsParticle-in-cell SimulationsPlasma Transport SimulationSolution ModelingVlasov EquationVlasov Simulations
A combined approach for the simulation of reactive, neutral, partially or fully ionized plasma flows is presented. This is realized in a code framework named “PICLas” for the approximate solution of the Boltzmann equation by particle based methods. PICLas combines the particle-in-cell method for the collisionless Vlasov–Maxwell system and the direct simulation Monte Carlo method for neutral reactive flows. Basic physical and mathematical modeling of both methods is addressed, and some application examples are presented in order to demonstrate the capabilities and the broad applicability of the solution strategy.
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Dissipation of Currents in Ionized Media
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