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Unformatted text preview: (S 2 o / )k(T A 1- T 2 ). Application M N S o / A q ′ (W/m) A 10.3 4 2.58 11,588 B 6.2 4 1.55 6,975 < < COMMENTS: (1) For application A, most of the heat lanes leave the inner surface (T 1 ) on the upper portion. (2) For application B, most of the heat flow lanes leave the inner surface on the upper portion (that is, lanes 1-4). Because the lower, right-hand corner is insulated, the entire section experiences small heat flows (lane 6 + 0.2). Note the shapes of the isotherms near the right-hand, insulated boundary and that they intersect the boundary normally....
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This note was uploaded on 12/07/2010 for the course MAE Heat Trans taught by Professor Lee,j.s. during the Spring '10 term at Seoul National.
- Spring '10
- Heat Transfer