How Can I Calculate Stress Points in My First Design?

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SUMMARY

This discussion focuses on calculating stress points in a design subjected to a varied load of -10 to 10 kN. The user seeks to identify critical stress points labeled A, B, C, and D. It is established that visual inspection alone is insufficient for determining stress concentrations; calculations are necessary for accurate assessment. The conversation emphasizes the importance of understanding how the design interacts with external forces and attachments.

PREREQUISITES
  • Basic understanding of stress analysis in mechanical design
  • Familiarity with load calculations and their implications
  • Knowledge of critical point identification in structural analysis
  • Experience with design software that can simulate stress points
NEXT STEPS
  • Conduct detailed stress analysis using Finite Element Analysis (FEA) tools
  • Learn about load distribution and its effects on structural integrity
  • Explore methods for calculating stress concentrations at critical points
  • Investigate the impact of attachments on stress distribution in designs
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Mechanical engineers, product designers, and anyone involved in structural analysis seeking to enhance their understanding of stress calculations in design projects.

Huumah
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I'm trying my first design and want to make it successful before I actually make the product.
I want to calculate what the stresses are and where they are likely to be.

F is a varied load from -10 to 10 kN
RQoBtxw.png


To find the critical points, should I check the points that i labeled A, B , C , D ?

Which ones is most likely to have the most stress based on my design?
 
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Huumah said:
I'm trying my first design and want to make it successful before I actually make the product.
I want to calculate what the stresses are and where they are likely to be.

F is a varied load from -10 to 10 kN
RQoBtxw.png


To find the critical points, should I check the points that i labeled A, B , C , D ?

That would seem to be a good start.

Which ones is most likely to have the most stress based on my design?

It's hard to say based solely on a visual inspection of your gizmo. That's why you should challenge yourself and investigate the stresses. It would be more helpful if you had some calculations to review.
 
Without any other support, the thing will just accelerate quickly in the direction of the force - probably not a realistic scenario.
Stress gets more interesting if the thing is attached to something else.
 

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