Tensile strength and pull out force of a bolt

AI Thread Summary
To determine the tensile strength of an M8, grade 8.8 bolt and its pull-out force, specific information about the bolt and the material it engages with is necessary. Key resources include the formulas found in the "Fasteners" chapter of MACHINERY'S HANDBOOK 23 REVISED EDITION, which provides essential calculations. Page numbers may vary in newer editions, so referencing the relevant sections is crucial. Additionally, the subsequent chapter on "Threads and Threading" may offer further insights. Accurate calculations will ensure proper application and safety in engineering projects.
Ben Laycock
Hi,

I'm looking for some help regarding working out the tensile strength of a M8, grade 8.8 bolt and the pull out force.

What information do I need to gather regarding the bolt and the material the bolt is engaging in to?

Thanks,
 
Engineering news on Phys.org
Most of the formulas are on pgs 1278-1279 of MACHINERY'S HANDBOOK 23 REVISED EDITION, INDUSTRIAL PRESS INC. New York, ISBN 0-8311-1200-X.
This is an older edition so the page numbers may have changed, the chapter is "Fasteners" and the section is "Working Strength of Bolts."

The chapter following is "Threads and Threading," which may also be useful.
 
  • Like
Likes Asymptotic, Nidum, Ben Laycock and 1 other person
Thank you
 
  • Like
Likes Tom.G
Hi all, i have some questions about the tesla turbine: is a tesla turbine more efficient than a steam engine or a stirling engine ? about the discs of the tesla turbine warping because of the high speed rotations; does running the engine on a lower speed solve that or will the discs warp anyway after time ? what is the difference in efficiency between the tesla turbine running at high speed and running it at a lower speed ( as fast as possible but low enough to not warp de discs) and: i...
Back
Top