Hi, Great video! Very helpful and easy to understand. I have a question about inputting data files for heat generation rates per volume, particularly when the heat volume changes with usage, such as in battery cells in an EV. If I have a CSV file containing data for heat generation rate (W/m³) and time (seconds), is there a way to input this data and run a simulation? Additionally, I would greatly appreciate a video on CFD simulations for battery thermal heat transfer problems, perhaps covering best practices for such use cases. Thank you!
I have a copper tube wall surrounded by air and liquid nitrogen flows inside it. I had modeled the whole domain with 3 zones 2 fluid zones and 1 solid zone inbetween them. So, is it enough to keep interfaces as heat flux=0. Will the heat transfer takes place with such boundary condition.
Hi,
Great video! Very helpful and easy to understand.
I have a question about inputting data files for heat generation rates per volume, particularly when the heat volume changes with usage, such as in battery cells in an EV. If I have a CSV file containing data for heat generation rate (W/m³) and time (seconds), is there a way to input this data and run a simulation?
Additionally, I would greatly appreciate a video on CFD simulations for battery thermal heat transfer problems, perhaps covering best practices for such use cases.
Thank you!
Appreciate your efforts for explaining these valuable details. Great informative session.
I have a copper tube wall surrounded by air and liquid nitrogen flows inside it. I had modeled the whole domain with 3 zones 2 fluid zones and 1 solid zone inbetween them. So, is it enough to keep interfaces as heat flux=0. Will the heat transfer takes place with such boundary condition.
Thank you so much for this session 🙏🏽
You're Welcome! | KETIV Marco
thank you m