Physical and Computational Aspects of Convective Heat Transfer Book Price in India, Specifications, Reviews & Offers. Buy online at Amazon . Compare Prices and Save!

Any updates about the rest of the convection heat transfer topic?
any updates on releasing the updated lectures videos?
IS THIS THE LAST LECTURE OF THE SERIES?
Any updates on the continuation of chapter 6 and 7? this has helped me understand a lot better the material being cover in class.
latterly a great teacherthank u Sir.
As a former alumni from CPP ME class of '13 thanks for the refresher.
Thankyou so much professerYou are a real gem
please upload the next video lectures....it will be really helpful
Aw I'm so sad as I'm reading the comments and the lectures for convection won't be available till (possibily) spring 2022... now fall 2021, love this professor and thanks so much for uploading. Please get these videos done for all who wished to learn it. I sadly am taking it currently so I can't listen to this gentleman's knowledge.
Is there anyway we can get a lecture on free convection heat transfer? I can't seem to find any resources on this topic and would love to see how Dr. Biddle teaches it!
John Biddle sir is GOD.thank you sir & cal poly pomona for everything
Thank you so much for uploading these videos. You are literally saving my engineering degree. especially now during the pandemic.
Sir watching from India.. And i liked your way of explanationThank you so much sir
Thanks very much sir. Please can you give me a link to download TABLE 7.1? I don't have text, I need to print it. Thanks sir...
Bless you Dr. Biddle and team at Cal Poly Pomona. Thank you.
Really good teacher
long to wait for next new video :(
i'm still waitting for the next videos of the course. Thanks for your uploading!
I ask the moderator here if he or she can add more courses for mechanical engineering as ( IC engines course- HVAC course - mechanical design course)
great lecture
best lecture
Thanks
Fantastic presentation, so lucid. An example is always better. Thank you.
But what to do if we have to capture the effects from point to point on exposed surface boundary ? I.e. To use local variation of heat transfer on the exposed surface with outside As directly mentioning the theoretically calculated value will only give average value which supposed to be constant over the complete interfaced boundary surface exposed. As this is simple for regular geometries like pipe, plate, etc. But how to tell to CFD code that my 'h' coefficient is varying with position like x, D or thetaIs including code for that necessary
What if the pipe is at the focus of a parabolic trough? The pipe receives non uniform heat flux in the form of concentrated sun light. And there there are convective losses. Ansys Flent doesn't allow to specify both heat flux and external convective heat transfer coefficient at the same time. What to do in this case?
This is one of the best videos, that I can ever watch
Sir can you help me decide correct boundary condition for a solar collector which is of glass and acts as a solar wall beneath which air is heated due to green house effect.
Hey Aidan! Great content as usual. I am new to CFD, but could we determine the h coefficient by doing only the fluid-air mesh (with an allow with the pipe format), and give a constant Temperature condition on the walls = Tsurface? And the output would be the h coefficient determined with Tref?
Thank you.
hello, thank you for your videos really good work, i have quastion about heat transfer coefficient inner sufacehow can'i calculate Tw and Tref please, i need your help
Happy to hear regarding Finite Element Method
Thanks man , you are a legend. so nice explained.
This really confirms my hypothesis /suspicion regarding how this boundary condition works. You are a savior, thank you
Hi, I create the air enclosure over my system. Should I set the boundary condition at 6 faces of air enclosure?
Hi Aidan, Really appreciate it. Got the clarity. So useful as I was trying to simulate a Conjugate heat transfer problem with convection boundary condition.Cheers!
Thanks for the explanation. Just out of curiosity, if the internal heat transfer coefficient inside CFD is post calculated from the solution of temperature, how CFD calculate the heat transfer between the cells. Does it compute based on the temperature wall function and thermal diffussity alpha = k/rho/cp. Is this alpha user input? Does CFD treat these fluid properties as constant value or temperature dependent? In 1D from what I know to calculate inside temperature of flowing fluid user has to to calculate/ input the internal heat transfer as part of thermal resistance based on nusselt correlation
This video is very helpful for my project.....thank you so much.
how do i calculate if it is complex geometrical shape instead of circular cylinder. thank you
Another great video, thanks! Also, I was curious to ask, is there is a similar boundary condition for mass transport, using a mass transfer coefficient?
Yes it is very useful, thank you
More boundary conditions please
Very useful information!!