Determine the steady state temperature distribution in wire

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Reference no: EM131284915

A wire of diameter d is formed into a circular loop of radius The loop rotates with constant angular velocity Z. One half of the loop passes through a furnace where it is heated at a uniform surface flux . In the remaining half the wire is cooled by convection.

The heat transfer coefficient is h and the ambient temperature is The specific heat of the wire is c conductivity k and density. Use fin approximation to determine the steady state temperature distribution in the wire.

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Reference no: EM131284915

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