With the increasing product complexity, you will also see an increased amount of Physics involved. This means that in addition to the structural simulation, you might decide to think about additional physics that requires additional analysis. One of the areas that are increasing with respect to the importance of CFD is also known as Computational Fluid Dynamics.
CFD analyzes the flow and interactions of fluids, so it includes both liquids and gases and can analyze natural phenomena such as airflow. With the increasing amount of electronics in products, CFD has become especially important. You can also look for the best CFD in buildings online.
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Practical Uses for CFD
With CFD, you can easily answer important questions, such as:
1. Will this product overheat?
2. Can I avoid a heat sink?
3. Which fan should I use?
You can then take necessary actions, such as:
1. Adjust the geometry for better cooling or flow
2. Use a less expensive fan or pump that will still meet performance requirements
3. Improve the aerodynamics of your design
Often, decisions like this have an impact on the rest of the design, especially if you make fundamental changes to the geometry. Late in the design cycle, too much of the design will be too far along. Major changes will be too disruptive and likely lead to errors. If you can get insights like this early on when you are first making decisions, you’ll end up with a much better design.
