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Steady-State-Conduction

A plane slab of thickness 60 cm is made of a material of rmal conductivity k = 17.45 W/m K. Let us assume that one side of slab absorbs a net amount of radiant energy at rate q = 530.5 watt/m2. If or face of slab is at a constant temperature t2 = 38 degree Celsius. Comment on temperature with respect to slab?


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The rate of heat transfer for a plane wall of homogenous material with constant thermal conductivity is given by

A plane slab of thickness 60 cm is made of a material of rmal conductivity k = 17.45 W/m K. Let us assume that one side of slab absorbs a net amount of radiant energy at rate q = 530.5 watt/m2. If or face of slab is at a constant temperature t2 = 38 degree Celsius. Comment on temperature with respect to slab?

In case of homogeneous plane wall, there is a linear temperature distribution given by

A plane slab of thickness 60 cm is made of a material of thermal conductivity k = 17.45 W/m K. Let us assume that one side of the slab absorbs a net amount of radiant energy at the rate q = 530.5 watt/m2. If the other face of the slab is at a constant temperature t2 = 38 degree Celsius. Comment on the temperature with respect to the slab?

Steady State Conduction

Heat-Transfer