A Cartesian-based embedded geometry technique with adaptive high-order finite differences for compressible flow around complex geometries

Keyphrases

• Compressible Flow 100%
• Complex Geometry 100%
• Flow around 100%
• High-order Finite Difference 100%
• Embedding Geometries 100%
• Shock 50%
• High-order 50%
• Two Dimensional 50%
• Flow Field 50%
• Analytic Continuation 50%
• Fluid Dynamics 50%
• Order of Accuracy 50%
• Object Boundary 50%
• Level-set 50%
• Dynamic Solver 50%
• Compressible Navier-Stokes Equations 50%
• Fluid-solid Interface 50%
• Pressure Stress 50%
• Three-dimensional Geometry 50%
• Fictitious Domain 50%
• Jump Conditions 50%
• Stencil 50%
• Immersed Boundary 50%
• Low Mach number Flow 50%
• Summation-by-parts 50%
• Viscous Stress 50%
• Embedded Objects 50%
• Supersonic Mach number 50%
• Fluid Field 50%
• Numerical Artifacts 50%
• Shock Reflection 50%
• Adaptive Discretization 50%
• Numerical Stiffness 50%

Engineering

• Compressible Flow 100%
• Boundary Condition 100%
• Discretization 66%
• Fluid Dynamics 33%
• Level Set 33%
• Two Dimensional 33%
• Grid Point 33%
• Object Boundary 33%
• Compressible Navier 33%
• Dimensional Geometry 33%
• Jump Condition 33%
• Low Mach Number 33%
• Viscous Stress 33%
• Pressure Stress 33%
• Ensure Stability 33%
• Flow Distribution 33%
• Navier-Stokes Equation 33%