Numerical Modeling of Spark Path with Stretching and Short Circuit in Three-Dimensional Flow

Engineering & Materials Science

• Stretching 91%
• Electric sparks 87%
• Short circuit currents 83%
• Numerical models 70%
• Electrodes 66%
• Engine cylinders 30%
• Electric currents 25%
• Gas mixtures 24%
• Energy conversion 21%
• Spark plugs 14%
• Direct numerical simulation 13%
• Vortex shedding 12%
• Networks (circuits) 11%
• Electric potential 11%
• Turbulent flow 10%
• Internal combustion engines 10%
• Equivalent circuits 10%
• Elongation 10%
• Flow fields 9%
• Energy efficiency 8%
• Engines 6%
• Hot Temperature 5%

Chemical Compounds

• Short Circuit 89%
• Lagrangian 69%
• Flow 55%
• Cylinder 46%
• Behavior as Electrode 43%
• Current 36%
• Spark Plug 28%
• Internal Combustion Engine 21%
• Voltage 20%
• Shape 18%
• Shortening 16%
• Gas 15%
• Energy 13%
• Mixture 12%
• Permeability 11%
• Heat 10%
• Simulation 9%

Earth & Environmental Sciences

• three-dimensional flow 100%
• electrode 73%
• modeling 36%
• gas mixture 25%
• combustion 16%
• particle 16%
• vortex shedding 14%
• combustion engine 14%
• energy use 11%
• energy efficiency 11%
• prediction 10%
• rate 10%
• engine 9%
• flow field 9%
• permeability 7%
• evaluation 5%
• simulation 4%
• effect 2%