Great video congratulations ... I would like to know how to configure (Wall Material Properties) for aluminum or steel, I haven't found the tabulated values? If you can help me, I thank you very much.
Here in this case for walls heat flux heat transfer rate or wall temperature can be provided with user defined values and if you are using Al or steel you can provide actual values of above mentioned parameters for Al or steel
@@CFD_GUIDE In case I'm talking about configuring the particle study, I would like to know how to configure Erosion Coefficient for aluminum and steel, or where to find these values? Also the other 3 parameters Function of Particle Diameter Function of Impact Angle Function of relative particle velocity because I haven't found where to find these values
I cant seem to get this particle study to work for me, I'm just trying to do something basic looking at erosion in a pipe bend on solidworks. Its nothing technical or anything
Boundary conditions are very important. You need to apply proper boundary conditions. Most of the CFD fails because of improper geometry & boundary conditions
Good Job !! it was very well explained - thank you for your time. Ing. Thiago from Brazil
Good job, Simulation ✔️
Can you show us how to do this simulation with ansys CFX please?
Thank you man 😤
Great video congratulations ... I would like to know how to configure (Wall Material Properties) for aluminum or steel, I haven't found the tabulated values? If you can help me, I thank you very much.
Here in this case for walls heat flux heat transfer rate or wall temperature can be provided with user defined values and if you are using Al or steel you can provide actual values of above mentioned parameters for Al or steel
@@CFD_GUIDE In case I'm talking about configuring the particle study, I would like to know how to configure Erosion Coefficient for aluminum and steel, or where to find these values? Also the other 3 parameters
Function of Particle Diameter
Function of Impact Angle
Function of relative particle velocity
because I haven't found where to find these values
@@CFD_GUIDE can i send you an email explaining better? because it would help me a lot in the execution of a project
Sure, you can, but this week I will be busy. I will be a bit free from Saturday onwards
How to find efficiency and pressure drop after we do all of this?
Form an Equation goal to find these
Thank you Very much
great!
I cant seem to get this particle study to work for me, I'm just trying to do something basic looking at erosion in a pipe bend on solidworks. Its nothing technical or anything
Boundary conditions are very important. You need to apply proper boundary conditions. Most of the CFD fails because of improper geometry & boundary conditions
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