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Physics Set-Up

Specify Material

Press Physics RegionSelect the Physics task in the workflow.  Press Material Assignments under Physics Definition, press next step and a dropdown menu should appear. Since the objective is to select a material press Add > Physics Modeling > Material Assignment > . AIM should detect the body in question and highlight it. Now that we have the physics region defined, Change the Material to Aluminum Alloy. The entire object is now made of an aluminum alloy and we can add our other boundary conditions.

Physics Conditions

Once the material is defined the The temperatures for both sides can be input as Solid Thermal Conditions. Follow the highlighted blue Next Step button to add these temperatures via Add > Solid Thermal Conditions > Temperature. Another way of adding temperature is to press the physics Physics button in the workflow and pressing press Solid Thermal Conditions > Add > Temperature. Select the appropriate faces and assign them the respective temperatures. Once you have selected a face, in order to assign it a temperature you must press the blue + button and then input the correlating temperature. The room temperature surface was said to be 80 degrees Fahrenheit and the heated surface was said to be 400 degrees Fahrenheit. Below is an example of what the bar will look like with the temperature conditions defined.

Press Physics in the workflow below to return to the main Physics display and press Solver Options > Output Controls 1 > Output type > All.   Do this for both Output Specification 1 and Output Specification 2.

Return to the Physics task and press Press the blue Solve Physics button in order to calculate the solution.

Go to Step 5: Results

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