Thank you very much for the explanation. I have a question: are we able to simulation the mixing process if the initial condition is that the tank is half-full with butane, and then we starting filling it with air and we want to see how long it takes for air and butane to fully mix. Or instead of two gases, maybe liquids will be a better example here. So basically i was trying to simulate a situation where one liquid is poured/injected to another and how long they can fully mix. Is it possible to do it in solidworks flow simulation? Thank you.
Yes it is possible. Even heterogenious fluid mixing is also possible and as a transient free surface technique you can find fraction volume of each constituent in each fraction of time
This is a new upload. It's a basic analysis for understanding CFD. It's a flow through a Duct having different exits with varying cross sectional areas: ruclips.net/video/6wGhCLmp01A/видео.html
Hello, I'm currently trying to simulate a mixture of water at 2 different temperatures, basically there's a container with certain amount of hot water which has to be filled with cold water to make a thermic equilibrium and let's say be at 30°. I saw the courses offered in Udemy to this kind of analysis but I'd like to know if my problem is covered or explained in the course, also is it possible to know the final temperature of the mixture in the Simulation? Best regards
Wonderful, an interesting topic about simulation and a great job by you, keep creating
Attached herewith the new upload as desired by you:
ruclips.net/video/6wGhCLmp01A/видео.html
Good
Thank you very much for the explanation. I have a question: are we able to simulation the mixing process if the initial condition is that the tank is half-full with butane, and then we starting filling it with air and we want to see how long it takes for air and butane to fully mix. Or instead of two gases, maybe liquids will be a better example here. So basically i was trying to simulate a situation where one liquid is poured/injected to another and how long they can fully mix. Is it possible to do it in solidworks flow simulation? Thank you.
Yes it is possible. Even heterogenious fluid mixing is also possible and as a transient free surface technique you can find fraction volume of each constituent in each fraction of time
Will u upload for this model tutorial sir?
Actually I delete all the files after uploading. I am sorry at this moment I don't have this file
@@CFD_GUIDE ok, no problem. U have done great job
Sir could you plz also upload tutorial for creativity model for flow analysis? It will be more convenient for us.
Thanks & Regards.
Sure, I will make some of them within a couple of days
This is a new upload. It's a basic analysis for understanding CFD. It's a flow through a Duct having different exits with varying cross sectional areas: ruclips.net/video/6wGhCLmp01A/видео.html
@@CFD_GUIDE Thanks you so much sir.
During this Corona period how your lectures are beneficial for us we can't say in words. We are grateful for your efforts.
Sir I have a problem in Planetery Gear Train using solidworks could you please help me Sir?
Hello, I'm currently trying to simulate a mixture of water at 2 different temperatures, basically there's a container with certain amount of hot water which has to be filled with cold water to make a thermic equilibrium and let's say be at 30°. I saw the courses offered in Udemy to this kind of analysis but I'd like to know if my problem is covered or explained in the course, also is it possible to know the final temperature of the mixture in the Simulation? Best regards
With CFD optimization anything is possible. What you want CFD optimization can do it by changing input variables.
It is so simple
Very difficult to understand what you are saying...
I am sorry. Can you say which one you didn't understand? I can try to make you understood.
@@CFD_GUIDE the sound is very low? or may be you are speaking too fast? thank you.
I am so sorry. Next time I must take care of that. Thank you for your advice. I appreciate your observation. Thanks again