Can I Validate My FEA Study for a Rotational Component?

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Discussion Overview

The discussion revolves around validating a finite element analysis (FEA) study for a rotational component as part of a university project. Participants explore methods for verification, including preparatory FEA and potential hand calculations.

Discussion Character

  • Exploratory, Technical explanation, Homework-related

Main Points Raised

  • One participant expresses confidence in their FEA skills but seeks methods to validate their study with a simpler model that can be verified by hand.
  • Another participant inquires about the specific component being analyzed.
  • Some participants suggest validating the study through a physical experiment using a representative prototype.
  • A later reply indicates that more guidance on verification calculations would require a diagram or drawing of the component and its loads.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the validation method, as multiple approaches are suggested, including hand calculations and physical experimentation.

Contextual Notes

The discussion lacks specific details about the component and its loading conditions, which may affect the validation approach.

Jameseyboy
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So I am planning on doing an FEA for a rotational component as part of university project.

I am fairly confident about the analysis itself, meshing, convergence, etc.. I feel I am capable of setting up an accurate model. However, I need to validate my study with a simple preparatory FEA which can be verified by hand.

Any ideas on how this may be accomplished?

My first thought was to use beam torsion equations for a simple cylinder, but the model is then too simple and will not be sufficient. I am not sure if being verified by hand means using matrices, etc.
 
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What is the component ?
 
Can you validate with a physical experiment using a representative prototype?
 
If you want more guidance on a potential verification calculation selection you need to supply a diagram/drawing of your component and its loads.
 

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