Solid mechanics| Solved Example 4| Thin walled Pressure Vessels | Rivets

[@gg_podcast]

Incredibly helpful. Was unable to find an explanation this detailed from other sources

[@ok-xt2ki]

for (b) why did you multiply the stresses by the length and the width? are u basically multiplying the area by the stress to get the force??

[@victorrv1]

A lot helpfull dude, thank you

[@conceptsinengineering]

Glad it helped

[@josejohnbernardaguilar2928]

Good day. How is it 40 mm? You made it clear in your illustration, but I would've easily mistook it being 30 mm had you not drawn a semicircle in your illustration. Hoping for your feedback soon enough. Thankyou.

[@jesusdominguez2947]

Good afternoon friend, I make an observation, the circumferential stress equation you use does not correspond to the result of 126.56 MPa, at minute 4:21, in other words the 126.56 MPa stress corresponds to the longitudinal stress, ok, greetings from México

[@gg_podcast]

Hello. I think the equation used involves diameter (Pd)/(2t) as opposed to the radius (Pr)/t. Longitudinal stress is (Pr)/(2t). Since we are using the diameter, (Pd)/(4t).

[@brainsports3630]

Why 50 turned to 40?😥

[@brainsports3630]

Okay because of rivets diameter 10. Hahaha