CFD test.
Hello everyone.
Tomorrow I will be sitting an open-book CFD test which I can bring the paper back to my house. So I am looking forward to get massive guidance from you all to help me answering the questions next morning. Thank you :) |
whats the name of the class? topic? CFD is such a wide area, from application to theoretical mathematics...
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http://www.flickr.com/photos/6984295...n/photostream/ Here is the test I had mentioned yesterday.
Neglect all the part A questions because I think the answers might be in the text book. So I am asking your help to do part B. Assume/treat me as a person who is totally knoob and knows nothing even the first law of thermodynamics. Thank you. Oh yes, the submission date is by this Wednesday. Help me real quick guys :D |
huh where the hell is my uploaded pic?
here is the url: http://www.flickr.com/photos/69842957@N08/6343452215/ |
hm, what exactly do you need help with? it seems like you have a matlab program at hand to plot the solution?!? or are you supposed to write the program? it's not clear from the description....
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never mind sir, after 2 hours of studying the finite volume method, i have realized that question is so easy.
I have solved it just in 1 hour. By the way, the question asks us to determine temperature profile using finite volume method. I used 5 nodes with equal characteristic lengths (dx) to make discretized equation, ap= aw+ae+su in order to govern temperature equation of each node. Sound familiar? After obtaining all the temperature values, we can plot the profile using Mathlab; y-axis is for temperature and x-axis is for dx. Thank you anyway for your concern sir. :) I am from Malaysia, thats why my English sucks :o |
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