The thermal conductivity of the sphere material is k

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Unformatted text preview: he rod, T0 , at x=L1. (c) Compute the effectiveness and efficiency of the fin (the exposed portion of the rod). (d) To avoid damaging the cables, T0 must be maintained below a specified operating limit of 100oC. Does this rod meet the operating conditions? How does T0 change with increase in (i) Rod diameter, D, (ii) Thermal conductivity of rod, k, and (iii) Thickness of the insulation, L1? 3. A sphere 30 mm in diameter initially at 800 K is quenched in a large...
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This note was uploaded on 01/22/2014 for the course ME 315 taught by Professor Cane during the Fall '12 term at Purdue University.

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