Thank you so much for your inspiring comments. I will get back to you soon with the project

ERUDIRE PLUS Sir, thank you very much for your daily guidance to my project. Stay blessed

ERUDIRE PLUS Sir, thank you very much for your daily guidance to my project. Stay blessed

It's my pleasure. Plz ask if you have any doubts at any moment

ERUDIRE PLUS thank you very Mach thanks ❤️

ERUDIRE PLUS I need your instagram or Facebook please I need help

I am thankful to you for liking this

As per your requirement you need to select a point goal. i.e. The specefic point should be provided in coordinate system to select your point goal. Another option is to plot a curve along the central axis..

Within a couple of days I will show this things through a different upload

@@CFD_GUIDE awesome, thank you so much!

It should be under defined. You can provide all specifications required for biogas.

@@CFD_GUIDE thank you for your response Sir..I had watch the 3 times for me to understand. Beginner here Sir

@@CFD_GUIDE or maybe i can assign other gas with its nearly similar properties? is it possible Sir?

Copy the property of any existing gas then in that list update the properties of bio-gas and save it

Ok I will

@@CFD_GUIDE THANK YOU!!!!!

It is posdible by using parametric analysis. Are you asking to change the direction of flow with different flow rates? Even you change/reverse the flow direction or not, we can have a huge ranges of data with your choice of flow rate with one go by using parametric study

@@CFD_GUIDE I just want to see if it's possible that A1V1 + A2V2 + A3V3 = total AV

It must be equal

Pleaze let me know in details about your project

@@CFD_GUIDE It's on a Solar water distillation system. I can send you the image of my model if you don't mind, please

@@xyengineeringandtechnology8497 Yes, please send it to me, but immediately I cannot start working on it. I will start working on it on Saturday evening

@@CFD_GUIDE OK. Please send your mail. You can similarly direct me on what I can do. I want to know if I can do that with Solidworks. Thanks once again

For providing distillation, what have you done in the model? Have you used porcelain or porous material? First of all conduct a parametric study with different mass flow rate and see the results. After getting a result close to your desired goal, go for optimization of your final goal with a narrow mass floe rate range