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h5. 

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h5. 

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h5. 

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h2. Mesh

Some of the settings you can use to get a better mesh are shown in the figure below.
* The _Relevance Center_ can be set to coarse, medium and fine. _After_ you pick the _Relevance Center_, you can change the _Relevance_ from \-100 to 100, with 100 being the finest within the particular relevance center.

You can insert a sizing for faces and edges along with the mesh settings in the figure.

You can give a bias to edge sizing to cluster cells towards one end of edge. See [this page|Turbulent Pipe Flow - Mesh] for how to implement a bias to an edge.
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\\  [!mesh_cnangle.png|width=450!|^mesh_cnangle.png]\\
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Below is a mesh we obtained by playing with these settings. This mesh resolves the separated flow behind the plaque better than the default mesh. It can be further improved though\! You could start by changing the "edge sizings" in the left branch.
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\\  [!mesh_eg.png|width=450!|^mesh_eg.png]\\
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h2. Streamlines

The following videos show how to plot streamlines using the CFD Post post-processor included in ANSYS Workbench. First, we plot streamlines emanating from the the inlet.

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h2. Wall Shear

The following video shows how to plot wall shear along the left wall of the bifurcating artery.
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h2. Pressure Gradient

The procedure to create a contour plot of the pressure gradient is shown in the video below.
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h1. Comments

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\\  {menulink:custom|link=https://piazza.com/class/hj629p862t37jm?cid=52|target=_blank}{*}Piazza Discussion - Bifurcating Artery*{menulink}

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{include:Piazza Enrollment Paragraph}

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