Rendered

Electronics Cooling CFD Simulation

Electronics Cooling CFD Simulation

Air flow and heat transfer through a box and around generic heat sinks. The CFD simulation was performed in Caedium Professional and rendered by POV-Ray. The image shows streamlines colored by temperature, where blue is cool and red is hot.

Streamlines F1 in Schools Design 2 Front View

Streamlines F1 in Schools Design 2 Front View

Airflow around the Basilisk Performance Car Design 2 for the F1 in Schools World Finals 2010. The CFD simulation was performed in Caedium Professional and rendered by POV-Ray. The image shows streamlines colored by velocity magnitude, where blue is low and red is high.

Streamlines F1 in Schools Design 2 Rear View

Streamlines F1 in Schools Design 2 Rear View

Airflow around the Basilisk Performance Car Design 2 for the F1 in Schools World Finals 2010. The CFD simulation was performed in Caedium Professional and rendered by POV-Ray. The image shows streamlines colored by velocity magnitude, where blue is low and red is high.

Velocity F1 in Schools Design 2 Front View

Velocity F1 in Schools Design 2 Front View

Airflow around the Basilisk Performance Car Design 2 for the F1 in Schools World Finals 2010. The CFD simulation was performed in Caedium Professional and rendered by POV-Ray. The image shows velocity magnitude contours and arrows, where blue is low and red is high.

Velocity F1 in Schools Design 2 Rear View

Velocity F1 in Schools Design 2 Rear View

Airflow around the Basilisk Performance Car Design 2 for the F1 in Schools World Finals 2010. The CFD simulation was performed in Caedium Professional and rendered by POV-Ray. The image shows velocity magnitude contours and arrows, where blue is low and red is high.

Cp F1 in Schools Design 2 Front View

Cp F1 in Schools Design 2 Front View

Airflow around the Basilisk Performance Car Design 2 for the F1 in Schools World Finals 2010. The CFD simulation was performed in Caedium Professional and rendered by POV-Ray. The image shows pressure coefficient contours, where blue is low and red is high.

Cp F1 in Schools Design 2 Rear View

Cp F1 in Schools Design 2 Rear View

Airflow around the Basilisk Performance Car Design 2 for the F1 in Schools World Finals 2010. The CFD simulation was performed in Caedium Professional and rendered by POV-Ray. The image shows pressure coefficient (Cp) contours, where blue is low and red is high.

Streamlines F1 in Schools Design 1 Front View

Streamlines F1 in Schools Design 1 Front View

Airflow around the Basilisk Performance Car Design 1 for the F1 in Schools World Finals 2010. The CFD simulation was performed in Caedium Professional and rendered by POV-Ray. The image shows streamlines colored by velocity magnitude, where blue is low and red is high.

Streamlines F1 in Schools Design 1 Rear View

Streamlines F1 in Schools Design 1 Rear View

Airflow around the Basilisk Performance Car Design 1 for the F1 in Schools World Finals 2010. The CFD simulation was performed in Caedium Professional and rendered by POV-Ray. The image shows streamlines colored by velocity magnitude, where blue is low and red is high.

Velocity F1 in Schools Design 1 Front View

Velocity F1 in Schools Design 1 Front View

Airflow around the Basilisk Performance Car Design 1 for the F1 in Schools World Finals 2010. The CFD simulation was performed in Caedium Professional and rendered by POV-Ray. The image shows velocity magnitude contours and arrows, where blue is low and red is high.

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