A high-order WENO-Z finite difference based particle-source-in-cell method for computation of particle-laden flows with shocks

Mathematics

• Shock 100%
• Finite Difference 91%
• Cell 74%
• Higher Order 71%
• Interpolate 27%
• Shock Waves 11%
• Gas 9%
• Interaction 7%
• Wave Interaction 6%
• Particle Method 6%
• Numerical Instability 6%
• Gas Flow 6%
• High Speed 6%
• Hyperbolic Conservation Laws 5%
• Engineering Application 5%
• High-order Methods 5%
• Runge-Kutta 5%
• Heart 5%
• Compression 5%
• Rectangle 4%
• Liquid 4%
• Momentum 4%
• Fluid 3%
• Numerical Simulation 3%
• Experiment 3%
• Energy 3%
• Simulation 3%
• Demonstrate 3%
• Form 2%

Engineering & Materials Science

• Interpolation 85%
• Shock waves 32%
• Particle interactions 20%
• Bronze 18%
• Runge Kutta methods 17%
• Weighing 16%
• Gases 16%
• Flow structure 15%
• Mach number 13%
• Conservation 13%
• Flow of gases 13%
• Momentum 13%
• Liquids 9%
• Fluids 9%
• Computer simulation 7%
• Experiments 5%

Physics & Astronomy

• shock 77%
• cells 54%
• interpolation 35%
• shock wave interaction 7%
• compression waves 6%
• rectangles 6%
• bronzes 5%
• particle interactions 5%
• conservation laws 5%
• gases 5%
• gas flow 4%
• shock waves 4%
• energy transfer 4%
• simulation 3%
• high speed 3%
• engineering 3%
• momentum 3%
• fluids 2%
• liquids 2%
• interactions 1%