Trying to design a gear with minimum thickness

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SUMMARY

The discussion focuses on calculating the stress in a trepanned gear to determine its minimum thickness. The user seeks equations relevant to this calculation, specifically for the area between the indicated arrows in the provided attachment. Clarification is also requested regarding the definition of a trepanned gear, questioning whether it refers to a helical or straight cut design.

PREREQUISITES
  • Understanding of gear design principles
  • Familiarity with stress analysis equations
  • Knowledge of machining processes, specifically trepanning
  • Basic concepts of helical and straight cut gears
NEXT STEPS
  • Research gear stress analysis equations
  • Learn about trepanning techniques in gear manufacturing
  • Explore the differences between helical and straight cut gears
  • Investigate software tools for gear design simulations
USEFUL FOR

Mechanical engineers, gear designers, and manufacturing professionals involved in optimizing gear thickness and performance.

mendi1
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Hello,

I am blanking on the equations I should use to calculate the stress through a section of a gear. I would like to be able to calculate the thickness of trepanned gear. Hopefully the attachment helps show what I am looking for. The area between the arrows needs to be minimized.

Thank you
 

Attachments

Engineering news on Phys.org
what the heck is a trepanned gear? is this a helical, straight cut?
 

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