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Thermal Analysis
SS-V: 3000 Cooling fin
Test No. VT01 Find the temperature of the insulated end of a cooling fin surrounded by fluid with the other end maintained at constant temperature.

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  - SS-V: 3000 Cooling fin
    Test No. VT01 Find the temperature of the insulated end of a cooling fin surrounded by fluid with the other end maintained at constant temperature.
  - SS-V: 3010 Insulated Wall
    Test No. VT02 Find temperatures at firebrick and insulating brick surfaces in an insulated wall.
  - SS-V: 3020 Cylinder with Prescribed Heat Flux
    Test No. VT03 For a cylinder loaded with a prescribed heat flux, find the temperature at the boundary between where flux is applied and the rest of the side surface.
  - SS-V: 3030 Heat Generating Plate
    Test No. VT04 Find temperature at the mid-plane of a heat generating steel plate and the heat flow rate to the fluid the plate is heating.
  - SS-V: 3040 Heat Generating Wire
    Test No. VT05 Find the temperature at the centerline and surface of a heat generating wire.
  - SS-V: 3050 Table Frame
    Test No. VT06 Find temperature at points A, B, C, and D of an eight tube assembly.
  - SS-V: 3060 Thermal
    Test No. VT07 Find the temperature on a plate with prescribed temperature and convection loads.
  - SS-V: 3070 Transient Thermal
    Test No. VT08 Find the temperature distribution on a beam subjected to transient thermal load.
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SS-V: 3000 Cooling fin

Test No. VT01 Find the temperature of the insulated end of a cooling fin surrounded by fluid with the other end maintained at constant temperature.

Definition

The dimensions of the cooling fin are 1 x 1 x 8 in.

One end is maintained at 100 F while the other end is insulated. The ambient temperature is T_a = 0.

The material properties are:

Properties: Value
Thermal Conductivity: 25 BTU/(hr-ft-F)
Convection Coefficient: 1 BTU/(hr-ft²-F)

Results

The following table summarizes the temperature and thermal flux results.


	Reference*	SimSolid	% Difference
Mean Temp at Insulated End [deg-F]	68.592	68.6	-0.03%
Thermal Flux Through Heated End [BTU/(hr*in²)	17.500	17.0	-2.29%

*The reference solution is a 1D model.

¹ Kreith, F. Principles of Heat Transfer. 2nd ed. P.A.: International Textbook Co., 1959, pg. 48