Is there a standard calculation for interference fit bushings on aluminum tubes?

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SUMMARY

The discussion centers on calculating the diameter for interference fit bushings on aluminum tubes, specifically using Alloy 6063T6 with a 1.5-inch outside diameter. The participant, Bob, seeks guidance on standard calculations for the receiving holes for a 30mm outside diameter suspension bush. It is recommended to consult the Machinery's Handbook, which contains essential tables and guidelines for such calculations. Bob has taken proactive steps by ordering a used Machinery's Handbook and a guide to enhance his understanding.

PREREQUISITES
  • Understanding of interference fit principles
  • Familiarity with Alloy 6063T6 properties
  • Knowledge of machining processes for aluminum
  • Access to Machinery's Handbook for reference
NEXT STEPS
  • Research standard tables for interference fits in Machinery's Handbook
  • Learn about the machining techniques for Alloy 6063T6
  • Study the effects of temperature on interference fits
  • Explore design considerations for suspension bushings
USEFUL FOR

This discussion is beneficial for mechanical engineers, machinists, and anyone involved in designing or manufacturing components that require precise interference fits, particularly in aluminum applications.

bobs55
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Hi. I have aluminium tube (Alloy 6063T6 ) 1 1/2 inch outside diameter 1/4wt. I need to turn inside of this tube to take a 30mm outside diameter suspension bush interference fit . Is there a standard calculation for the diameter of 'receiving' holes for interference fit bushes?
 
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Check your Machinery's Handbook. Many pages of standard tables.
 
Thanks for the advice. I'm not a mechanical engineer so I did not know the Machinery's Handbook even existed! I have ordered a used one as well as a guide to using it.
Cheers,
Bob
 

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