When you start mechanical analysis in ANSYS® Mechanical, the adjustments of these two options are very important for parts that are attached to the analysis. In here, we explain;
Table of Contents ;
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- The engineering meanings of non-linear effects of non-linear material and thermal strain effects.
- How these options are adjusted in ANSYS® Mechanical for different parts.
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What Is Non-Linear Material Effect?
In mechanical analyses, you need to assess your engineering system and all the separate parts inside it; whether they will act as rigidly or, will show extreme deformations and failure. In terms of engineering, all the materials generally show linear characteristics up to yield strength or shear yield strength.
If you think that the parts inside your analysis will work inside these limits, you do not need to add non-linear effects in your analysis. But if you think that, there can be rupture or deformations beyond the tensile limits of your material, you need to consider non-linear effects.
How To Adjust Non-Linear Effects For ANSYS® Mechanical Parts?
It is very basic to add non-linear effects into ANSYS® Mechanical analyses.
In outline three at ANSYS® Mechanical interface, click on the related part as shown by the red arrow above. Beneath the ‘Material’ section, click on the drop-down menu which is named ‘Nonlinear Effects’ as shown in a red box above.
By default, the non-linear effects of a part are set to ‘Yes’. But if you know that the parts inside your analysis will act in a linear section on the stress-strain graphof the material, you can adjust it as ‘No’.
Assessing your material’s situation is very important. If you adjust it ‘No’, you will save lots of analysis time.
So, stress-strain curve data of the used material must be defined in ANSYS® Mechanical materials. This option is available only for static structural analyses, transient structural analyses, steady-state thermal and transient thermal analyses.
Conclusion
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NOTE: All the screenshots and images are used for educational and informative purposes. Images used courtesy of ANSYS, Inc.
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