Help with interference fits of sleeve on a solid shaft

AI Thread Summary
To determine the minimum thickness of a sleeve for an interference fit on a solid shaft, it is essential to calculate the pressure and stresses involved. The user has the interference value and the outer diameter of the shaft but lacks specific measurements for pressure and sleeve dimensions. Without these values, finding a precise relationship or formula to establish the minimum thickness becomes challenging. The discussion suggests exploring existing threads for potential solutions, but the absence of material properties complicates the analysis. Ultimately, understanding the relationship between interference fit parameters and material characteristics is crucial for solving the problem.
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I am trying to find the minimum thickness that a sleeve (without relief) needs to be in order to not fail when assembled by interference fit. I know the interference value and the outer diameter of the shaft, but that's all...

How do I solve for pressure, stresses, and ultimately the minimum thickness that a sleeve could be?
 
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Unfortunately I do not have either pressure, or outer radius (or thickness) so I am still having trouble going about this. Is there any relationship that could help? And I have many materials to work with so I cannot say what those specific values are
 

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