Thanx noSoup for replying
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Originally posted by NoSoupForYou
Tempdiff from inlet to outlet is always a function of heat input and flow rate only.
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And thats the one that needs to be logarithmic in order to be included in the general heat equation (see formulaes above). That's not a trick from me, i'd like all things in life to be as simple as 2+2, but they are not. I wont repost any more formula, please refer to the links i provided before.
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As I said earlier, using it in this discussion is a red herring.
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Yes !
It's a purely local and dynamic effect which is irrelevant here. (would be relevant from a "rad design" point of view, where one wants to optimize rad design... OT here).
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Originally posted by Dix Dogfight
...total morons. [...] That doesn't get a headache over a few differential equations like you do.
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1 - if you're here to flame ppl and dont understand humour go to [H] you dont belong here.
2 - actually i hate diff. equations and i hate those pesky thermodynamic laws. One needs to live with them though... Thats just a matter of taste, just like some ppl hate coding in assembly...