Very nice and thank you! I am a student in energy and i like simulation software like Ansys. Your channel is my first favorite! I can't thank you must .
Thanks a lot for your kind compliment. I am glad you find it helpful. More wonderful videos will come up in the future on my channel. Keep sharing and supporting.
CFD BABA..u r doing nice job..most of the students don't know which model to choose also they skip some of the boundary condition..I encourage you to make such more videos
Hello CFD Analysts. Thanks for all the response and support. However, 94.7% of viewers have not yet subscribed to this channel. Please consider subscribing for more new CFD videos. Also, don't forget to comment on your favorite part of the video below and suggest topics on which you want videos in the future.
Hello. I am glad you liked my video. You can write me a mail at cfdbaba@gmail.com to get the cad model for this simulation. Keep sharing and supporting.
I have a question. IS it right that you didn't select pipe's material? If it is right, could you tell me the reason why you didn't choice pipe's material?
I m performing a similar simulation, but with two fluids, in two pipes (oil at high temperature and water at low temperature), I want to see the temperature raise in water due to heat transfer from fins.. but unfortunately the water temperature is not raising! Can u help!
hiiiiiii Actually im using students licence version of ansys im facing an issue when i try to do setup it says student licence have no access further for like more than 10...........9 cells Its keep saying that idk what to do kindly help me
I have a problem. I cannot identify the pipes by themselves to hide them, as they are linked to the panels, and this prevents me from naming the panels.
hi, my name is brenda, i live in brazil and i am taking a subject in college on numerical simulation, i am a mechanical engineering student and i watched your video on youtube by ansys about the thermal exchange of a radiator, i would like you to send me the model cad for me to recreate your tutorial on my pc
Hello sir! I am a student who wants to replicate the same for a project.. Could you please send the cad model for the radiator? It would be very helpful. I have sent u a mail as well.
Hello , i really like your work , it help me a lot in my study and task in my university, would please send me the geometry ? Or would you do a video showing us how? In any case a have sent you an email
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Very nice and thank you! I am a student in energy and i like simulation software like Ansys. Your channel is my first favorite! I can't thank you must .
Thanks a lot for your kind compliment. I am glad you find it helpful. More wonderful videos will come up in the future on my channel. Keep sharing and supporting.
Geometry for car radiator link please
CFD BABA..u r doing nice job..most of the students don't know which model to choose also they skip some of the boundary condition..I encourage you to make such more videos
Thanks a lot for your encouraging words. They mean a lot to me. I will keep bringing more CFD tutorials. Keep sharing and supporting.
Hello CFD Analysts. Thanks for all the response and support. However, 94.7% of viewers have not yet subscribed to this channel. Please consider subscribing for more new CFD videos. Also, don't forget to comment on your favorite part of the video below and suggest topics on which you want videos in the future.
@cfdbabaopenfoamansyscfd2972
Please could send me the geometry
really liked your video. very descriptive . excellent.
Thank you very much!
weldone boy you did it ;) ..i was waiting for so long 👍
Thanks a lot for suggesting this video and providing the CAD model. I have given a shoutout to you in this video. Keep sharing and supporting. ❤
Sir can you provide the file
@@cfdbabaopenfoamansyscfd2972 sir can I have file
Very good job, it is a great support, could you please share the geometry with me to show it at the university. Thank you very much
Nice video friend. Can you give explain videos of cfd journals for research purpose..?
thank you! I am a student and i hope i can get the cad model so i can recreat this application on my pc
Hello. I am glad you liked my video. You can write me a mail at cfdbaba@gmail.com to get the cad model for this simulation. Keep sharing and supporting.
What a vidoe
Is there any chance to mix this simulation with simulation of condensation of water on the surface of pipes?
I have a question. IS it right that you didn't select pipe's material? If it is right, could you tell me the reason why you didn't choice pipe's material?
Pardon me. I want to park here
Pipe is not even modelled as solid. What you see here is fluid domain shape corresponding to Pipe internal diameter.
are we using a mixture of air and water in the fluid??
Very well explained
Thanks a lot for your wonderful comment.
How did you get that outline view? I've got some trouble when I want to do set up so i dont get it show on my pc
Very good job, it is a great support, could you please share the geometry with me to show it at the university. Thank you very much.
Sent
@@cfdbabaopenfoamansyscfd2972 Excellent contribution, could you please share the geometry with me as well.
Geometry if found plz send ...
Thanks
How did u selected all files in workbench to creat a single part pls help
Which keyboard shortcut
I used ctrl + A to select all. Or you can keep ctrl button pressed and select all files by clicking on them.
@@cfdbabaopenfoamansyscfd2972 oh okay but in my pc when I pressed ctrl+A it didn't selected all parts in part tree instead it selected in model
@@cfdbabaopenfoamansyscfd2972hen after firm new option doesn't comming what to do pls help
Form new part
I m performing a similar simulation, but with two fluids, in two pipes (oil at high temperature and water at low temperature),
I want to see the temperature raise in water due to heat transfer from fins.. but unfortunately the water temperature is not raising! Can u help!
Hello. I will have to look into your case settings. You can send me photos of your mesh and case settings at cfdbaba@gmail.com.
Can we use solidworks for the geometry ? And import it to designer modler
you can. just save cad in the step format
Yes. You can export the CAD from solidworks in .stp or .iges format.
hiiiiiii
Actually im using students licence version of ansys im facing an issue when i try to do setup it says student licence have no access further for like more than 10...........9 cells
Its keep saying that idk what to do
kindly help me
From where did you get the heat transfer coefficient values ?
Hello. Well, I have assumed the value in this simulation just for demonstration purposes.
Sir after edit mesh how the cad model appear do you skip at start of mesh
Very nice 👍👍
Thank you! Cheers!
@@cfdbabaopenfoamansyscfd2972 i need this article for this solution
Could you please provide us with the design geometry
How we decided the convection heat transfer coefficient?
What is a inlet and outlet temperature of radiator in automobiles ?
Can you help me in another radiator simulation which I will provide you?
Hello. Yes, I will be glad to help you. Kindly share the details over my email cfdbaba@gmail.com.
Sure...please help me in this one...it is urgent for me and I am suffering for this...it is needed for my thesis completion
I have sent you the necessary files
I have a problem. I cannot identify the pipes by themselves to hide them, as they are linked to the panels, and this prevents me from naming the panels.
Please could you provide CAD model download link
Hi, u can mail me at cfdbaba@gmail.com
How to use this simulation in student version, it says too many cells for simulation...??
You can reduce the complexity of geometry. Reduce the length or number of turns of pipe in the heat exchanger.
Sir canyou explain it how in detail it will help full
Steady state heat transfer analysis Condenser using ANSYS workbench
why you have kept gravity as -9.81?
Because gravity force is acting in negative direction. I hope this helps.
really liked your work
please provide the cad model I have just mailed you
I am glad you found it helpful.
A very nice video...can you please share me the cad file
Yes, sure. Mail me at cfdbaba@gmail.com
and how can we use 50%water+50% ethylene glycol
Error: There is no active application. T Error Object: (rp-var-value 'fluent-case-version) sir how to solve this error given by ansys
how do we calculate heat rejected??
Hello, I really like your work. Would you please send me the geometry ?
Yes ofcourse. Mail me at cfdbaba@gmail.com
Geometry if found plz send me
Thanks
Sir can u help me with the my radiator model
hi, my name is brenda, i live in brazil and i am taking a subject in college on numerical simulation, i am a mechanical engineering student and i watched your video on youtube by ansys about the thermal exchange of a radiator, i would like you to send me the model cad for me to recreate your tutorial on my pc
I'm in the same situation and I'm Brazilian too, I study mechanical engineering at UFSCar
Where is the model ???
Hi
Unfortunately this mesh is useless in this form.
You should have used inflation layers. So it will not be very realistic
Hello sir! I am a student who wants to replicate the same for a project.. Could you please send the cad model for the radiator? It would be very helpful. I have sent u a mail as well.
please give cad model design
Can you please give me this cad model?
email: joelbijosh8888@gmail.com
Yes sure. Mail me at cfdbaba@gmail.com
Can you please give me this cad model.
Sure. Kindly mail me at cfdbaba@gmail.com
@@cfdbabaopenfoamansyscfd2972 thanks bhai. I send the mail. Very nice video easy understand for cfd.
How to select all parts 2:06
Hello , i really like your work , it help me a lot in my study and task in my university, would please send me the geometry ? Or would you do a video showing us how? In any case a have sent you an email
I am glad you like my work. I have mailed you the geometry.
@@cfdbabaopenfoamansyscfd2972 Can you send me the geometry too?
@@cfdbabaopenfoamansyscfd2972 si me to
Can you provide cad file
Sir i have mailed you for the cad model ,if you can respond to it ,i will be thankful to you
plz send the geometry
Yes sure. Mail me at cfdbaba@gmail.com
Oh sh*t
Why do you ignore the thermal radiation model in your task???