Use the following data to plot the temperature distribution in a cylindrical fuel rod for a) a…

Use the following data to plot the temperature distribution
in a cylindrical fuel rod for a) a linear heat generation rate of 5 kW/ft and
b) a linear heat generation rate of 15 kW/ft. Data: Fuel diameter = 0.377 in,
Clad inside diameter = 0.388 in, Clad outside diameter = 0.44 in, fuel thermal
conductivity = 1 Btu/h·ft·F, cladding thermal conductivity = 13 Btu/h·ft·F, gap
heat transfer coefficient = 1000 Btu/h·ft2 ·F. Heat transfer
coefficient to coolant is 6000 Btu/h·ft2 ·F and coolant temperature
is 575 F. The fuel has a central hole but no coolant flows in the central hole.
The hole has
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Use the following data to plot the temperature distribution
in a cylindrical fuel rod for a) a linear heat generation rate of 5 kW/ft and
b) a linear heat generation rate of 15 kW/ft. Data: Fuel diameter = 0.377 in,
Clad inside diameter = 0.388 in, Clad outside diameter = 0.44 in, fuel thermal
conductivity = 1 Btu/h·ft·F, cladding thermal conductivity = 13 Btu/h·ft·F, gap
heat transfer coefficient = 1000 Btu/h·ft2 ·F. Heat transfer
coefficient to coolant is 6000 Btu/h·ft2 ·F and coolant temperature
is 575 F. The fuel has a central hole but no coolant flows in the central hole.
The hole has a diameter of 0.04 in.

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