Inviscid flow over a Gaussian bump
Our tests indicate that the resulting DG schemes of order Pconverges with the optimal rate hP+1 for smooth geometries. On the right, convergence results for the L2 entropy error under grid refinement for different DG degrees P are shown.
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Vortex shedding behind an immersed cylinder
Vortex shedding behind a cylinder (Re = 100, Ma = 0.2, DG degree is 4)
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Immersed oscillating cylinder in incompressible flow
Vortex shedding behind an oscillating cylinder that is immersed into a constant background flow
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Particle under gravity
Falling particle in an incompressible medium
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