Engineering AGMA pitting resistance factor of safety (SH)

AI Thread Summary
The discussion centers on the AGMA pitting resistance factor of safety (SH) and whether a factor of safety of 2 allows for a fourfold increase in transmitted load while maintaining performance. Participants emphasize the need to reference the AGMA pitting equation to clarify the relationship between safety factor and transmitted load. The equation's structure, particularly the separation of variables by square or square root, is critical to understanding the validity of the statement. The conclusion drawn is that a safety factor of 2 indeed corresponds to a fourfold increase in load, affirming the statement as true. Understanding the AGMA equations is essential for accurate engineering design and analysis.
ironfalls18
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Homework Statement
If the AGMA pitting resistance factor of safety (SH) for a certain gear was found to be equal to 2, it means that the transmitted load can be increased 4 times, while still get the required performance.
Relevant Equations
None.
is the statement true or false?

This is from Shigley's Engineering design, I'm unable to approach this in the right way,
I need help in "catching the string".
 
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ironfalls18 said:
If the AGMA pitting resistance factor of safety (SH) for a certain gear was found to be equal to 2, it means that the transmitted load can be increased 4 times, while still get the required performance.
Is the statement true or false?
Find the AGMA pitting equation, look for the safety factor and the transmitted load. Are they separated in the equation by a square or a square root? 2 = √4 ; 2² = 4 ;
AGMA Contact Stress and Pitting Resistance
 

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