Calculations based on thermal conduction

Thermal conductivity:

Thermal conductivity, Κ, is the materials property that indicates the ability to conduct heat. Fourier’s first law gives the heat flux as proportional to the temperature difference, surface area, and length of the sample:

Thermal conduction equation:

\[H = KA\frac{\Delta T}{l} \]

H is the total heat transfered.

K is thermal conductivity constant.

A is the surface area.

\[\Delta T \] is change in temperature.

l is the length.

Calculating thermal conductivity

Formula :H = KAΔT/l

Input

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Output

Total heat transfered {{hvalue}}

Calculating thermal conductivity constant

Formula :K = (Hl)/(AΔT)

Input

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Output

thermal conductivity constant {{kvalue}}

Calculating surface Area

Formula :A = (Hl)/(KΔT)

Input

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Output

Surface Area {{avalue}}

Calculating change in temperature

Formula :ΔT = (Hl)/(KA)

Input

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Output

Change in temperature {{tvalue}}

Calculating length of object

Formula :l = KAΔT/H

Input

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Output

Length {{lvalue}}
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