Where Can I Find Stress-Concentration Factors for Parallel Plates Under Bending?

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The discussion focuses on the urgent need for theoretical stress-concentration factors for parallel plates under bending, specifically at the connection corners influenced by fillet radius. The user seeks resources, including charts or book references, to aid in understanding these factors, especially for a scenario involving a bending moment on one plate. They mention difficulty accessing libraries and inquire about Peterson's Stress Concentration Factors as a potential source. The urgency of the request highlights the importance of these factors in engineering applications. Access to reliable references is crucial for accurate analysis in this context.
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urgent: stress-concentration factors

Hey people,

I urgently need a chart of theoretical stress-concentration factors for the following general case: a part made from two thin plates of equal weidth connected parallel to each other with one shorter than the other. I need the theoretical stress-concentration factors for the connection corners between the plates (as a function of fillet radius) - when there's a bending moment acting on the major surface of one of the plates. Maybe even the case of a clamped wide and thin beam with a bending moment will do.

Book references, if you know there's such a case there (because I already tried to find it in a library) will help to.

Thanks a lot :smile:
 
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Can you get a hold of Peterson's Stress Concentration Factors (ISBN 0-471-53849-3)?
 
FredGarvin said:
Can you get a hold of Peterson's Stress Concentration Factors (ISBN 0-471-53849-3)?
One library closed, I'm on my way to the next. It's probably there. Thanks.
 
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