Warning
WORK IN PROGRESS
Navigate: ← Benchmark Test Cases | Test case concentric cylinder Couette flow →
Couette flow between two circular cylinders is used to investigate the behaviour of velocity boundary condition for complex geometries with q-values. In this flow, the inner cylinder with radius r1 rotates with a constant angular velocity ω and the outer cylinder with radius r2 is kept stationary. This Couette flow has the following analytical solution uθ(r)=u0β1−β2(r2r−rr2) where u0=ωr1 and β=r1/r2.
Here are the list of test cases:
The geometry of the this cylindrical channel is created with the help of the
STL in cylinder_Dia1m.stl
.
In these test cases, in addition to the aforementioned features, you will also learn how to: