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Results
Supersonic Flow (Mach 3) over 2D Cylinder with Adaptive Mesh Refinement
Supersonic Flow (Mach 3) over 2D Cylinder with Adaptive Mesh Refinement
2.4 Million Grid Points, 4th order Accuracy (space-time)
Subsonic Viscous Taylor-Green-Vortex with Adaptive Mesh Refinement
Subsonic Viscous Taylor-Green-Vortex with Adaptive Mesh Refinement
58.31 Million Grid Points, 7th order Accuracy (space)
AMR mesh (left), density slice (middle), and iso-surface of $Q = 0.01$ coloured by velocity magnitude (right)
AMR mesh (left), density slice (middle), and iso-surface of $Q = 0.01$ coloured by velocity magnitude (right)
Kinetic energy
Kinetic energy
Dissipation rate
Dissipation rate
Supersonic Viscous Taylor-Green-Vortex with Adaptive Mesh Refinement
Supersonic Viscous Taylor-Green-Vortex with Adaptive Mesh Refinement
63.91 Million Grid Points, 7th order Accuracy (space)
AMR mesh (left), density slice (middle), and iso-surface of $Q = 0.01$ coloured by velocity magnitude (right)
AMR mesh (left), density slice (middle), and iso-surface of $Q = 0.01$ coloured by velocity magnitude (right)
Non-Equilibrium Blast Reaction (5 species model)
Non-Equilibrium Blast Reaction (5 species model)
64^2 Grid, 8th order Accuracy (space)
64^2 Grid, 8th order Accuracy (space)
Performance
CPU vs GPU
Supersonic Flow (Mach 3) over 2D Cylinder
Supersonic Flow (Mach 3) over 2D Cylinder
3D Viscous Taylor-Green-Vortex
3D Viscous Taylor-Green-Vortex
Multi-GPU Scaling
Strong Scaling
Strong Scaling
Weak Scaling
Weak Scaling
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