Week 11 - Louver/Grille characterization

Introduction:

A Grill is an object that has a restircted opening to creat controlled flow of fluid through it, also at times it protect the inside components of the cabin of the component from outside object that could damage the electronic components. So, a groll acts as a filter and an opening. But it is necessry that this grill/louver is not affecting the flow in an adverse way. In this challend a louver is created and an flow analysis is done on it for different Reynolds numbers (10, 100, 500, 1000, 1750) using the Parametric study. This would give us the understanding of the effects of presence of louver on the fluid flow.

The geometry is created from the bloch using the polygon and giving the co-ordinates accordingly.

Geometry with the Cabinet:

Meshing:

The meshing for this challenge is done in a default way.

Solution:

Residuals

Speed along Z-axis

Conclusion:

The parametrization gives the ability to autiomate a probelm that need repetative steps. This ability gives flexibilty to conduct simulation with varying properties adn visualize the result.