Quote:
Originally posted by unregistered
ooohh, ooohh
I'm disabled, I'm disabled
great link g_f
and the math is all done, not too bad at all
(other than having to write a program to do it)
but
is the jet submerged ? or not ?
(a LOCA implies not)
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I do not think it was encapsulated (the two plates).
Here's an excerpt,
"If the gap size increases at the same velocity, the spreading flow width slightly decreases. Also, the spreading width greatly
decreases at the bottom of the flow film, if the pipe diameter increases from 1.7cm to 2.2cm."
The principle (size of r related to other variables under discussion here) should be the same but with added factors like fluid resistance in a closed liquid filled environment. The absolute numbers would definately have been different but the relationship of the variables as it pertains to the size of r is interesting.
Edit:
BillA, if you liked the last links, this will cause you to take a cold shower
click