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It would be extremely interesting to allow the simulation on non-rectangular domains, particularly with a trapezoidal shape, varying the width of the channel.
Rather than change the grid itself I think it would be easier to implement it on the Boundary conditions, we should think about it
The text was updated successfully, but these errors were encountered:
Bear in mind that with such geometry the closed and no-slip boundary conditions are not written directly in vx and vy but rather on the tangent and normal velocity to the interface
Regarding the non-rectangular domains, it may also be important to consider obstacles and/or constrictions along the flow, like those investigated by Andrew Lucas in this article : https://arxiv.org/pdf/2105.01075v2.pdf
It would be extremely interesting to allow the simulation on non-rectangular domains, particularly with a trapezoidal shape, varying the width of the channel.
Rather than change the grid itself I think it would be easier to implement it on the Boundary conditions, we should think about it
The text was updated successfully, but these errors were encountered: