ANSYS-CFX Hair Dryer
Important notes
1- Please don’t send me an email asking me to send you tutorials, what is available has been uploaded on the website.
2- I would very much appreciate any feedback about the tutorials, and your contribution will be stated in the tutorial, I plan to update the tutorials.
1- Please don’t send me an email asking me to send you tutorials, what is available has been uploaded on the website.
2- I would very much appreciate any feedback about the tutorials, and your contribution will be stated in the tutorial, I plan to update the tutorials.
You can click on the image below to download tutorial geometry.
Simulation Setup
Step 1: Using the Total Energy model
Step 2: Applying the relative pressure value of zero and a opening temperature of 300 K.
Step 3: Outflow Boundary condition from the fluid domain.
Step 4 :Assigning the outlet boundary condition, giving the domain outlet velocity of : -1 m/s.
Step 5: You do the same thing for the opposite area giving the inlet boundary condition velocity of: -1 m/s.
Step 6: Assigning the the heating coils the thermal source term.
step 8: Assigning the heating coils a surface temperature of 40 C.
Results
The stream lines showing the particle path .
This image shows the inner heating coils
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