good tutorial. you could have sketched circles directly from the exterior reference planes, not from the center top plane, for faster extrude boss - cut.
why did you not set up the gravity factor? also, can you show the animation for the transient condition to determine the time it takes to reach steady state? thank you.
Is there any reference for the Dimensions used for this Geometry Model? I mean, the selections for choosing the sizes of diameters and length of each pipe?
Hi, thanks for a good video, however there are one thing that i am curious about: Are the values accurate as you are using Adiabatic wall? - Ref definition: "Adiabatic wall. This is a heat-insulated wall. By default all walls are skin friction surfaces. If you want the wall to be adiabatic and frictionless, you must create a boundary condition type of Ideal Wall on the appropriate faces". For me it looks like no heat transfer occurs over Adiabatic walls. I am new to this so I am just trying to learn what parameters i need to set for my own simulation. Hopefully you can clarify, in advance, thank you.
Nice tutorial! I just had a problem, I use solid 2023 and i didn't get the seme results that you found. The section plane is completly diferent and the outlet temperatures were around 45°C for water and around 25°C for the ethanol. I also done this step by step in solid 2019 and the results were the same as yours! Did anyone with the same problem?
@@orlandocastilleja I just checked, but I didn't activate gravity in my Wizard stage either. Now I'm in Solid 2024. I copied the model and the simulation from a Solid 2019, the one that had the same values and the same behavior as yours, and just started the calculations and, after finishing, the values of the same model and with the same parameters had a completely different behavior. Just by changing the year of the software :( I also tried it on Ansys and your values and behavior were the same as yours. It looks like that Solid 2023 and 2024 clculate it completly wrong
You have to look for the Engineering Database button in the Flow Simulation toolbar. You will have to add a new User-Defined fluid and specify most of the required property values.
ALWAYS centre your sketch, then mirror the features - or whatever it's called in SW, good video otherwise, I am desperate to learn the CFD Simulation. Thanks,
Grade A video tutorial. Perfectly narrated, easy to follow. 👍🏼👍🏼
Thank you, Andrew!
Very good and comprehensive tutorial, pls make static simulations also thank you so much
Thank you, Rafael!
Very good tutorial. Please make more videos like that.
Thank you! I will.
Thank you so much, had no idea how to do all that
Now I can,
good tutorial. you could have sketched circles directly from the exterior reference planes, not from the center top plane, for faster extrude boss - cut.
why did you not set up the gravity factor? also, can you show the animation for the transient condition to determine the time it takes to reach steady state? thank you.
Is there any reference for the Dimensions used for this Geometry Model? I mean, the selections for choosing the sizes of diameters and length of each pipe?
Hi
First of all thanks for your effort .
Can you tell me , How can I save/extract fluid region ( In solid ) ?
Hi, thanks for a good video, however there are one thing that i am curious about: Are the values accurate as you are using Adiabatic wall?
- Ref definition: "Adiabatic wall. This is a heat-insulated wall. By default all walls are skin friction surfaces. If you want the wall to be adiabatic and frictionless, you must create a boundary condition type of Ideal Wall on the appropriate faces".
For me it looks like no heat transfer occurs over Adiabatic walls.
I am new to this so I am just trying to learn what parameters i need to set for my own simulation.
Hopefully you can clarify, in advance, thank you.
Good point
Hello sir , I am getting an error as lid1 is not laying on the boundary between solid and fluid how can I resolve this ??
wonderful
Nice tutorial! I just had a problem, I use solid 2023 and i didn't get the seme results that you found. The section plane is completly diferent and the outlet temperatures were around 45°C for water and around 25°C for the ethanol. I also done this step by step in solid 2019 and the results were the same as yours!
Did anyone with the same problem?
@@DowntowN2101 Hi, in my model I didn’t activate the gravity during the Wizard stage. Maybe this is the difference to your model.
@@orlandocastilleja I just checked, but I didn't activate gravity in my Wizard stage either. Now I'm in Solid 2024. I copied the model and the simulation from a Solid 2019, the one that had the same values and the same behavior as yours, and just started the calculations and, after finishing, the values of the same model and with the same parameters had a completely different behavior. Just by changing the year of the software :(
I also tried it on Ansys and your values and behavior were the same as yours. It looks like that Solid 2023 and 2024 clculate it completly wrong
Can you please explain why have you added 0 and 1 for water and ethanol in concentration. Isn't it should be 1 on both water and ethanol.
it should be equal to 1 for both fluid
What can i do if i want fluid is not prefined?
You have to look for the Engineering Database button in the Flow Simulation toolbar. You will have to add a new User-Defined fluid and specify most of the required property values.
@@orlandocastilleja
Now iam confronting another problem it said that the the entries is not close
Please animate a shock tube
Great
Thanks!
ALWAYS centre your sketch, then mirror the features - or whatever it's called in SW, good video otherwise, I am desperate to learn the CFD Simulation. Thanks,
Thanks for the suggestion. Best wishes.