Modeling three-dimensional magneto-hydrodynamic phenomena in inductively coupled plasma discharges

Keyphrases

• Three-dimensional (3D) 100%
• Hydrodynamic Phenomena 100%
• Magnetohydrodynamics 100%
• Inductively Coupled Plasma Discharge 100%
• Flow Field 66%
• TORCH 66%
• Plasmatron 66%
• Field-induced 33%
• Multiphysics 33%
• Time-resolved 33%
• Steady State 33%
• Governing Equation 33%
• Plasma Jet 33%
• Discretized 33%
• Electrical Conductivity 33%
• Joule Heating 33%
• Electromagnetic Field 33%
• Finite Element Solver 33%
• Turbulence 33%
• Non-axisymmetric 33%
• Maxwell's Equations 33%
• Computational Framework 33%
• Energy Equation 33%
• Lorentz Force 33%
• Momentum Equation 33%
• Space-based 33%
• System Study 33%
• Ambient Gas 33%
• Unsteadiness 33%
• Navier-Stokes 33%
• Local Thermodynamic Equilibrium 33%
• Mixed Finite Elements 33%
• Eddies 33%
• Equilibrium Assumption 33%
• Electromagnetic Equations 33%
• Plasma Characteristics 33%
• Electromagnetic Solvers 33%
• Resolved Simulation 33%
• Hot Plasma 33%
• Helical Coil 33%
• Shear Layer Instability 33%
• Entry System 33%
• Cell-centered Finite Volume Method 33%
• Hypersonic Systems 33%

Engineering

• Hydrodynamics 100%
• Maxwell's Equation 100%
• Axisymmetric 100%
• Momentum Equation 100%
• Energy Equation 100%
• Inductively Coupled Plasma 100%
• Lorentz Force 100%
• Shear Layer 100%
• Finite Volume Method 100%
• Finite Element Analysis 100%
• Local Thermodynamic Equilibrium 100%
• Resistance Heating 100%
• Electrical Conductivity 100%

Physics

• Three Dimensional Models 100%
• Plasma Jet 100%
• Blood Plasma 100%
• Hydrodynamics 100%
• Plasmatron 50%
• Electromagnetic Fields 25%
• Lorentz Force 25%
• High Temperature Plasmas 25%
• Computational Physics 25%
• Shear Layer 25%
• Local Thermodynamic Equilibrium 25%
• Hypersonics 25%
• Maxwell's Equation 25%
• Finite Element Analysis 25%