Application of a Galerkin Finite Element Scheme to Atmospheric Buoyant and Gravity Driven Flows

Keyphrases

• Gravity Flow 100%
• Galerkin Finite Element Method 100%
• Numerical Weather Prediction 66%
• Finite Element Algorithm 66%
• Conservative Form 33%
• Computational Fluid Dynamics 33%
• State-of-the-art Research 33%
• Euler Equations 33%
• Current Density 33%
• Massive Parallelism 33%
• Atmospheric Model 33%
• Weather Forecasting 33%
• Compressible Flow 33%
• Parallel Efficiency 33%
• Dynamical Core 33%
• Numerical Weather Prediction Model 33%
• Non-hydrostatic 33%
• Variational multiscale Method 33%
• Stratified Environment 33%
• Forecasting Model 33%
• Buoyancy-driven Flow 33%
• WRF Model 33%
• Quantitative Value 33%
• Multiscale Finite Element 33%
• Qualitative Values 33%
• Low Mach number Flow 33%
• Weather Research 33%
• Finite Element Technique 33%
• Mesoscale Atmospheric Model 33%
• Thermal Gravity 33%
• Potential Temperature 33%

Earth and Planetary Sciences

• Atmospheric Model 100%
• Atmospherics 100%
• State of the Art 50%
• Fluid Dynamics 50%
• Charge Flow Device 50%
• Density Current 50%
• Compressible Flow 50%
• Potential Temperature 50%
• Gravity Flow 50%
• Mach Number 50%

Engineering

• Finite Element Method 100%
• Driven Flow 100%
• Computational Fluid Dynamics 50%
• Multiscale 25%
• Initial Condition 25%
• Mesoscale 25%
• Euler Equation 25%
• Numerical Weather Prediction Model 25%
• Test Standard 25%
• Compressible Flow 25%
• Low Mach Number 25%
• Weather Research and Forecasting 25%