Torsion Test Demonstration: Cast Iron and Carbon Steel

[@Soup4Dayz]

What an amazing demonstration! This really displays what I'm learning in my Strength of Materials class, that the more brittle material, which has a shorter elastic region on the stress-strain graph will reach the point of permanent deformation much earlier, but with a higher stress requirement.

[@EngineersAcademyLTD]

Thanks - glad you found it useful

[@geetamonpara8116]

Not all brittle materials have shorter elastic region. The better way to tell brittle material apart is the absence of permanent (plastic) deformation.

[@ProfDNMaciel]

Nice video. I think it would be better if you could depict the stress-strain diagrams.

[@EngineersAcademyLTD]

Thanks Daniel - this follow-up video shows the use of this data in developing a diagram of stress against angular twist in radians. ruclips.net/video/qZs9IkG179Y/видео.html

[@thirunavukkarasua6776]

what is the procedure to calculate these output (torque and angle of twist) theoretically?

[@EngineersAcademyLTD]

Thank you for your question. There is quite a complex formula known as the torsion equation. It is probably a bit difficult to go into here, but we will be posting videos on this topic soon.

[@thirunavukkarasua6776]

@@EngineersAcademyLTD ok thank you. please share the link here once you post, so that i can get notification.

[@thirunavukkarasua6776]

@@EngineersAcademyLTD Once upload the video. Paste video link here also, so that i can get notification.

[@riteshmule7727]

Nice comparison video🔥

[@mqasimchohan9825]

Amazing