In these short topics, we introduce you to Autodesk® Simulation CFD. There are three steps to learn the basics:
CFD analysis is a powerful tool for understanding how fluids (liquids and gases) behave and how they work with the products we design. In this video, we explore why you should use CFD analysis, what it does, and when you should use it. |
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Where to begin? Watch this video to learn about the Simulation CFD process. |
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How do you navigate the model, set the selection mode, and control part appearance? Watch this short video to learn how to work with Simulation CFD. |
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What do you need to know about the user interface to get started quickly? Watch this video to find out! |
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Where can you learn more about Simulation CFD? Watch this video to learn more about learning Simulation CFD. |
These tutorials feature three different applications often simulated with Simulation CFD. They introduce similar concepts, so select the one that most interests you. Each tutorial takes about 20 minutes to setup and run.
Simulate water flowing through a hydraulic control valve. The valve is half open, so the goal is to find the pressure drop and flow distribution. |
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Simulate air flow within an office enclosure. The model simulates a summer design day, so it's hot outside and we need to keep the occupant cool. |
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Simulate air flow and component temperatures in an electronics chassis. The enclosure contains PCBs, chips, and a fan to keep things cool. |
Now that you have explored the basics, it's time to start creating your own simulations. The skills you learned in these videos and tutorials will help you with your own flow and heat transfer simulations.
As you explore more Simulation CFD functionality, remember to consult the Learning and Usage guides of the Simulation CFD Help. Additionally, the Quick Start Keep Learning Video lists several additional resources to help you get guidance and answers.