Two-phase nano fluid is the one which changes its physical state (boiling, condensation). Here I think you have done the two-phase flow system oof which one is water and the other is nano-fluid. Is it right that it is not two-phase nano fluid as mentioned in the title of the video
Hi Mostoufi, fluents seems to throw an error as soon as the multi-phase gets defined. the error says, "Disabling Battery Model since it is not compatible with Multiphase Model." the MSMD battery module gets replaced with a "Potential/Li-ion Battery". Could you help me out?
Dear, you can go on with the Li-ion Battery model which is available. The difference in the approach is due to the new version of Ansys you are using. If you come up with further questions please do not hesitate to ask. bfcs Team
@@mbt_s I'm experiencing the same problem as @sreekanthnayanar. I was just wondering if the Li-ion battery model is an appropriate approach (seeing in the ANSYS fluent user's guide (v2022R1) that the MSMD is the proper model to simulate battery cooling). I would appreciate your opinion on that.
Hello. I am having same problem doesn't matter how many times I have tried. I am having same vector graph as you showed in the video BUT for the contour plane, my max_temp for cell is always 300K. They do not change and I have no idea why. Also from the cell_max_temp plot, it stays 300K in whole simulation. Can you please help me with this?
@@mbt_s flow time of 5s and time step of 25. Just to add some info for running, case read: 7.005s, iteration: 631.397s, and AMG: 115.927s . I believe that you used same flow time and time step.. and mine got different result.
@@minyoungyoo4441 Ok, in geometry creation in Design Modeler Module, have you made the battery and the cooling channel as one part? If not so, there won't be any heat exchange between the battery and the cooling channels, and you won't see any temperature increase of the Nano-fluid coolant.
Hello sir. I am btech student from India. So we are doing to do a mechanical final year project. On battery cooling with two phase nano fluid. Can you please send any material regarding this project. Explain about battery Concept of nano fluid Simulation of this project And power point presentation This could be so helpful 🙂🙂
Two-phase nano fluid is the one which changes its physical state (boiling, condensation). Here I think you have done the two-phase flow system oof which one is water and the other is nano-fluid. Is it right that it is not two-phase nano fluid as mentioned in the title of the video
This video is amazing. I tried downloading the mesh file, but the link is not working. Can you check and reupload the link, please? Thank you.
Hello, thanks for your comment. The link is properly working. You can send an email to us for another way of sharing.
bfcs@mostoufiholding.de
cannot find UDS diffusivity option in my ansys 2023 version in your video at 13.08 min
Can you provide the source from which you obtained the properties of Copper oxide?
Hi Mostoufi, fluents seems to throw an error as soon as the multi-phase gets defined. the error says,
"Disabling Battery Model since it is not compatible with Multiphase Model."
the MSMD battery module gets replaced with a "Potential/Li-ion Battery".
Could you help me out?
Dear, you can go on with the Li-ion Battery model which is available. The difference in the approach is due to the new version of Ansys you are using. If you come up with further questions please do not hesitate to ask.
bfcs Team
@@mbt_s I'm experiencing the same problem as @sreekanthnayanar. I was just wondering if the Li-ion battery model is an appropriate approach (seeing in the ANSYS fluent user's guide (v2022R1) that the MSMD is the proper model to simulate battery cooling).
I would appreciate your opinion on that.
which version of ansys software did you use in this video
Hello. I am having same problem doesn't matter how many times I have tried. I am having same vector graph as you showed in the video BUT for the contour plane, my max_temp for cell is always 300K. They do not change and I have no idea why.
Also from the cell_max_temp plot, it stays 300K in whole simulation. Can you please help me with this?
Hi, have you enabled the Energy Equation?
@@mbt_s yes I did enable the energy equation…
@@minyoungyoo4441 Ok, what is your simulation run-time? If it is too low, then there would not be much difference in temperature.
@@mbt_s flow time of 5s and time step of 25. Just to add some info for running, case read: 7.005s, iteration: 631.397s, and AMG: 115.927s . I believe that you used same flow time and time step.. and mine got different result.
@@minyoungyoo4441 Ok, in geometry creation in Design Modeler Module, have you made the battery and the cooling channel as one part? If not so, there won't be any heat exchange between the battery and the cooling channels, and you won't see any temperature increase of the Nano-fluid coolant.
This is amazing. I stumbled up on this channel about 2 months ago and all your videos are amazing. any chance we can link up on LinkedIn ?
Thanks for your feedback. Yes, you can find me at: www.linkedin.com/in/keivan-mostoufi-698216107
Hello, I could not solve battery model with multiphase model. How could you run?
in Ansys 2023R1
Hello sir. I am btech student from India. So we are doing to do a mechanical final year project. On battery cooling with two phase nano fluid. Can you please send any material regarding this project.
Explain about battery
Concept of nano fluid
Simulation of this project
And power point presentation
This could be so helpful 🙂🙂
Hello, please send us an email at:
bfcs@mostoufiholding.de