Hi, I am working on heat transfer analysis on double pipe heat exchanger with serrated finned tubes. I would like to ask how can I calculate the Pressure drop and the friction factor in Ansys and what equation should I use?
Dear Sir, Great video and very helpful for our university project. Can you do a video on how to analyze the Mechanical Induced draft Counterflow Wet Cooling Tower using ANSYS Fluent software? If you help it would be a great pleasure. 😊
henlo. that's a great tutorial, amazing. I'm an undergraduate student who is learning about heat transfer material. if you don't mind, can I get a file related to the parameters listed in minute 0:09 - 0:32 on this video? I would be glad if you could send it to me, because it would really help me in the learning process! hihi, thank you :3
hi Thanks for the nice tutorial. Can you tell me how can i find Nusselt number, Reynolds Number, shell side heat transfer coefficent, shell side friction factor
How exactly are you getting the walls: 1. wall-hot_fluid_domain-inner pipe 2. wall-hot_fluid_domain-inner pipe Did you redefine the contact regions for these walls?
great tutorial .will you please tell me how to draw a straight pipe through this spiral pipe and connect this spiral pipe with this straight pipe??Thank you.
Thank you for your reply. I have drawn spiral pipe and straight pipe.The straight is in the middle of this spiral .But I have faced trouble in connecting this spiral pipe with this straight pipe. It will be very beneficial if you elaborate how can I use sweep method for connecting this pipes. Thank you.
It really does not matter. It has nothing to do with ur solution. We will set reference values only for finding additional parameters like heat transfer coefficient etc. In this solution we our focus was temperature field, pressure field and velocity field at outlet.
So u don't need to mess with reference values. Just leave them as it is. In case if u want to figure out heat transfer coefficient by making use of reference u can refer to one my video where I set the reference temperature to get the heat transfer coefficient. please refer our video validation of Nusselt number
@@AnsysLearningPoint I am doing all the steps but after setting up in fluent the answer I am getting is quite different. That's why I was asking for the case and data file,for my personal use.
