Meshless Strain Life Fatigue with Altair SimSolid
Explore the capabilities of meshless strain life fatigue analysis from within Altair SimSolid.
- Create multi-loadcase structural analysis
- Automatically import fatigue channels and map them to structural loadcases via CSV file to create time fatigue events
- Manually create sequential fatigue events
- View fatigue damage and life results for individual or combined events
- Rank and isolate parts by damage/life
Comments
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What method is used to correct the elastic stresses?
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Girish Mudigonda_21018 said:
What method is used to correct the elastic stresses?
In this case, I've used the default stress correction methods for EN analysis in SimSolid which are Smith, Watson, Topper (SWT) Method for tension and Fatemi-Socie (FS) for shear.
This methods are well known and documented in detail in the SimSolid Help.
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Evan Brennan_20557 said:Girish Mudigonda_21018 said:
What method is used to correct the elastic stresses?
In this case, I've used the default stress correction methods for EN analysis in SimSolid which are Smith, Watson, Topper (SWT) Method for tension and Fatemi-Socie (FS) for shear.
This methods are well known and documented in detail in the SimSolid Help.
what about correction of elastic stresses to elasto-plastic stresses?
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Girish Mudigonda_21018 said:Evan Brennan_20557 said:Girish Mudigonda_21018 said:
What method is used to correct the elastic stresses?
In this case, I've used the default stress correction methods for EN analysis in SimSolid which are Smith, Watson, Topper (SWT) Method for tension and Fatemi-Socie (FS) for shear.
This methods are well known and documented in detail in the SimSolid Help.
what about correction of elastic stresses to elasto-plastic stresses?
In this case SimSolid leverages Neuber correction
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