The rate of heat generation per unit volume in a hollow cylinder of inner radius 100 mm, outer radius 200 mm and length 1 m can be modeled as: 4 = 1000-4000r If the inner surface of hollow cylinder is well insulated while its outer surface is at temperature 100 °C, then find maximum temperature in the cylinder. Take thermal conductivity of cylinder material equal to 5 W/m-K

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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The rate of heat generation per unit volume in a hollow cylinder of inner radius
100 mm, outer radius 200 mm and length 1 m can be modeled as:
ģ = 1000 – 4000r
If the inner surface of hollow cylinder is well insulated while its outer surface
is at temperature 100 °C, then find maximum temperature in the cylinder. Take
thermal conductivity of cylinder material equal to 5 W/m-K
Transcribed Image Text:The rate of heat generation per unit volume in a hollow cylinder of inner radius 100 mm, outer radius 200 mm and length 1 m can be modeled as: ģ = 1000 – 4000r If the inner surface of hollow cylinder is well insulated while its outer surface is at temperature 100 °C, then find maximum temperature in the cylinder. Take thermal conductivity of cylinder material equal to 5 W/m-K
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