• CFD

Visualize the flow with a results plane in an electronics enclosure model

Visualize the flow through an electronics enclosure model using a results plane.


00:03

After running an electronics enclosure cooling simulation in Autodesk CFD,

00:08

you can create a results plane to visualize a two-dimensional flow inside the enclosure.

00:14

First, to create a plane, on the ribbon, Results tab, in the Results Tasks panel, click Planes.

00:22

Then, in the Planes context panel, click Add.

00:26

To rotate the plane, left-click it, and click Y from the context toolbar.

00:31

To add vectors, right-click the plane and select Plane Vvector > Velocity Vector.

00:38

Then, right-click the plane and select Outline, so that you can see the vectors.

00:43

To improve the view, you can shade the internal components.

00:47

In the Quick Access Toolbar, click Visual Style and select Shaded.

00:52

To display the casing and the air as outlines, in the Design Study Bar,

00:57

in the Results > Parts > ABS (Molded) branch, right-click the casing part, listed as 15, and select Outline.

01:05

Then, do the same for the Air part, listed as 17.

01:10

You now have a good view of the flow through the enclosure.

01:13

Notice the recirculation to the left of the fan.

01:17

This air probably does not cool the components.

01:21

Also, notice that there is a strong jet flowing over the transformer and capacitors.

01:27

After impinging on the back surface, the jet flows over the six chips on the PCB.

01:32

Using a results plane to visualize the flow through an electronics enclosure model

01:37

is just one of the ways to view two-dimensional simulation results in Autodesk CFD.

Video transcript

00:03

After running an electronics enclosure cooling simulation in Autodesk CFD,

00:08

you can create a results plane to visualize a two-dimensional flow inside the enclosure.

00:14

First, to create a plane, on the ribbon, Results tab, in the Results Tasks panel, click Planes.

00:22

Then, in the Planes context panel, click Add.

00:26

To rotate the plane, left-click it, and click Y from the context toolbar.

00:31

To add vectors, right-click the plane and select Plane Vvector > Velocity Vector.

00:38

Then, right-click the plane and select Outline, so that you can see the vectors.

00:43

To improve the view, you can shade the internal components.

00:47

In the Quick Access Toolbar, click Visual Style and select Shaded.

00:52

To display the casing and the air as outlines, in the Design Study Bar,

00:57

in the Results > Parts > ABS (Molded) branch, right-click the casing part, listed as 15, and select Outline.

01:05

Then, do the same for the Air part, listed as 17.

01:10

You now have a good view of the flow through the enclosure.

01:13

Notice the recirculation to the left of the fan.

01:17

This air probably does not cool the components.

01:21

Also, notice that there is a strong jet flowing over the transformer and capacitors.

01:27

After impinging on the back surface, the jet flows over the six chips on the PCB.

01:32

Using a results plane to visualize the flow through an electronics enclosure model

01:37

is just one of the ways to view two-dimensional simulation results in Autodesk CFD.

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