Strength reduction factors for welded edge joints

AI Thread Summary
The discussion centers on the search for literature regarding welding standards, specifically from organizations like ASME, SAE, and AWS. A publication is suggested as a potential resource, highlighting concerns related to strength reduction effects when welding under load. The conversation touches on the dependency of welding outcomes on material, geometry, and environmental factors. Clarification is sought regarding the term "welded edge," with a distinction made between lap joints, butt joints, and edge joints, indicating a focus on specific joint types in welding practices.
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I've looked everywhere and can't seem to find any information.

Would someone be kind enough to point me to some literature?
 
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I think ASME, SAE and AWS would have specific standards.

There may be examples in this publication - http://www.metalwebnews.org/ftp/welding-design-TI-809-26.pdf For example, see - STRENGTH REDUCTION EFFECTS AND OTHER CONCERNS WHEN WELDING UNDER LOAD

It's usually material and geometry dependent, but then there are environmental effects as well.

By welded edge, is one thinking of lap joints or butt joints?
 
Thanks for the reply.

Astronuc said:
By welded edge, is one thinking of lap joints or butt joints?

Neither. By edge joint I mean something like this..

14018_648_1.jpg
 
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