Flow Mix and Heat Transfer Analysis in 3D Elbow Pipe | Lesson 03 | Ansys CFD ( Fluent )

[@vibinahkash4861]

what is meant by k episilon, k omega and laminar and other options in choosing viscous models and what are the differences between them and its effect on analysis? please reply

[@satyendrachaturvedi8387]

As per your previous lesson you said use solver type pressure-based for compressible fluid(air) and density-based for Liquid water(incompressible fluid ) but here why you are using solver type pressure-based for Liquid water(incompressible fluid) --now solver type should be density- based.

[@AzharAli-zk3de]

doing good job brother... why resulting values for temp and velocity remained same for both cases although you changed the smaller diamter?

[@simulationtechhub]

Scale Values is only for Comparison purpose ,For example Blue color indicates - 40 , Red color Indicates - 80 ,You have to compare the contour Images color patterns to the Standard values.

[@manivannana9591]

GOOD WORK. BUT VOICE IS TOO LOW

[@hasanurrahman1658]

Can't we see the result in animation? I mean while seeing the velocity result then can't we dynamically see the result?

[@simulationtechhub]

If we done a Transient simulation we can able to see that. In steady state simulation we can't generate dynamic animation.

[@hasanurrahman1658]

@@simulationtechhub Thank you sir. I am from Bangladesh. I have completed several tutorials of your channel including learning Ansys in 10 days. You taught in an amazing way and was helpful for me. I thought you wouldn’t reply to this.Thank you again. But I wanted to complete your hypermesh playlist also.But as it is in Tamil and I don't understand the language so could't.

[@simulationtechhub]

Hi @@hasanurrahman1658 , We have HyperMesh Recorded sessions in English. Please contact [e-mail] , Happy Learning !