Modeling of rapidly rotating thermal convection using vorticity and vector potential

Keyphrases

• Vorticity 100%
• Vector Potential 100%
• Rotating Thermal Convection 100%
• Large Values 66%
• Adiabatic Heating 66%
• Velocity Field 66%
• Eighth Order 66%
• Magnetic Field 33%
• Prandtl number 33%
• Temporal Evolution 33%
• Discretized 33%
• Rayleigh number 33%
• Aspect Ratio 33%
• Temperature Field 33%
• Surface Temperature 33%
• Spatial Differentiation 33%
• Numerical Scheme 33%
• Function Approach 33%
• Outer Core 33%
• Vertical Resolution 33%
• Heating-cooling 33%
• Viscous Dissipation 33%
• Vorticity Vector 33%
• Earth's Core 33%
• High-order Finite Difference 33%
• Thermodynamic Effect 33%
• Heating Dissipation 33%
• Rotating Convection 33%
• Coupled Partial Differential Equations 33%
• Taylor number 33%
• Time-dependent Systems 33%
• Shear Boundary Layer 33%
• Earth's Outer Core 33%
• Earth's Core Dynamics 33%
• Toroidal Function 33%
• Stretched Grid 33%
• Spheroidal Function 33%

Engineering

• Velocity Field 100%
• Vorticity 100%
• Boundary Layer 50%
• Dimensionless 50%
• Numerical Scheme 50%
• Dependent System 50%
• Spheroidal 50%
• Taylor Number 50%
• Stretched Grid 50%
• Magnetic Field 50%
• Prandtl Number 50%
• Temporal Evolution 50%
• Rayleigh Number 50%
• Temperature Distribution 50%
• Partial Differential Equation 50%
• Aspect Ratio 50%