Explanation Of Non-Linear Material Effects ANSYS Analyses
Just as non-linear material effects, thermal strain effects are also adjustable engineering parameter in ANSYS solid analyses. Thermal strain is a very important engineering parameter to consider in such engineering problems. In here we explain;
Thermal strain is the strain and stress situation on a body, because of the thermal expansion of parts. Consider that a part is attached to a body or fixtures, with the increment of temperature, part will expand and stresses will occur on bodies becuase of these fixed supports. Thermal strain has the formula;
In here, ε is the thermal strain occurs on part. α is the thermal coefficient of part’s material that is defined on engineering data. T is the current or increased temperature and Tref is the stress-free temperature.
So, you need to assess your system that whether thermal strains would occur. If there is no thermal strain will occur on your system with the increasing temperature, you can deactivate the thermal strain effects in ANSYS Mechanical. This will save from total solution time.
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Also you can deactivate thermal strain, if there is no stress from increasing temperature.
This is very simple.
Click on the model or geometry that you want to deactivate the thermal strain effects on it, from outline tree in ANSYS Mechanical, as shown in red box above. Then click on ‘Thermal Strain Effects’ beneath the ‘Material’ section as shown by red arrow above.
Select ‘Yes’ or ‘No’ from this drop-down list. By default, thermal strain effects is adjusted as ‘Yes’.
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