Dear Khaled,
You can introduce the nanofluid effect by defining the physical properties appearing in the Model equation. You merely should choose the "user defined" in defining any physical properties, and you should drop the mathematical model expression. Any other parameters that you need in this model (like the volume fraction), they may be mentioned in the "Parameters"
Muneer
Dear Khaled,
You can introduce the nanofluid effect by defining the physical properties appearing in the Model equation. You merely should choose the "user defined" in defining any physical properties, and you should drop the mathematical model expression. Any other parameters that you need in this model (like the volume fraction), they may be mentioned in the "Parameters"
Muneer
Many thanks Dr Muneer, for your replay.
By the way, i suggest you to be a reviewer to my manuscript which I just sent to one of Springier Journal.
you can simulate nano fluid through comsol multiphysics .and as in my view comsol is the bet package to simulate nano-fluids because this provide much better user interface to connect the simulation with various physics. this link help you dear.
https://youtu.be/tGUR-_W7j1I
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