Awesome explanation. I am working on the cooling system for my university's FSAE car and this is very helpful to understand our loop's heat dissipation across different devices. Thank you!!!
thank you so much for putting your lessons online and making them available, my professor still hasn't cottoned on that it's an invaluable learning tool. I am very appreciative, thank you!
you prolly dont care but if you are bored like me atm you can stream pretty much all of the latest movies on InstaFlixxer. Have been streaming with my gf these days :)
it's transferred by convection, yes, fluid dynamics tells us that hot water is less dense than cold water, and so will rise. this creates currents. at the surface, where the boundary layer is though, it would be described as conduction. but that's not how we think of it, convection is just conduction plus advection, or bulk movement of a medium fluid. there would be radiation too, but usually that's ignored.
Awesome explanation. I am working on the cooling system for my university's FSAE car and this is very helpful to understand our loop's heat dissipation across different devices. Thank you!!!
Thank you prof Hugo, this is a great help!
thank you so much for putting your lessons online and making them available, my professor still hasn't cottoned on that it's an invaluable learning tool. I am very appreciative, thank you!
Great Lesson. Thank you! You have a talent for communicating these subjects into easy to understand lessons for students.
you prolly dont care but if you are bored like me atm you can stream pretty much all of the latest movies on InstaFlixxer. Have been streaming with my gf these days :)
@Alfonso Carlos yea, I've been watching on instaflixxer for since december myself =)
Really well done. Nice touch speeding up writing. My professor skipped random parts of the derivation so this helped clear a lot of confusion.
never seen a cooler intro from univeristy tutorial lmao
Thank you!
Thumbs up for good content AND audio quality
Is the heat transfered from the cube to water through convection? Is convection possible when the fluid has velocity of 0?
it's transferred by convection, yes, fluid dynamics tells us that hot water is less dense than cold water, and so will rise. this creates currents.
at the surface, where the boundary layer is though, it would be described as conduction. but that's not how we think of it, convection is just conduction plus advection, or bulk movement of a medium fluid.
there would be radiation too, but usually that's ignored.