@HootinNHollerin to Science [email protected]English • 6 months agoNo going backimagemessage-square28arrow-up1355arrow-down16cross-posted to: engineeringmemes
arrow-up1349arrow-down1imageNo going back@HootinNHollerin to Science [email protected]English • 6 months agomessage-square28cross-posted to: engineeringmemes
minus-squareRuBisCOlinkfedilinkEnglish15•6 months agoGotcha. Thanks! Do the points P, E, Y, U, and F stand for something or are the letters arbitrary?
minus-squareDettweilerlinkEnglish35•6 months agoPlastic deformation point, elastic deformation point, yield point, ultimate strength, and failure point
minus-square@[email protected]linkfedilinkEnglish6•6 months agoAnd here I was thinking it was: F U, yep.
minus-square@HootinNHollerinOPlinkEnglish9•6 months agoE is where it stops being linear, Y is yield, U is ultimate as in max, and f is fracture / failure. Not sure about p.
minus-square@LeftRedditOnJul1linkEnglish20•6 months agoP is the Proportional Limit, where it stops being linear, but remains elastic for a short while longer, meaning any deformation can still be recovered. E is the Elastic Limit, where it changes from elastic to plastic
minus-square@andrewth09linkEnglish11•6 months agoProportional limit. Deformation is linear up until this point.
Gotcha. Thanks! Do the points P, E, Y, U, and F stand for something or are the letters arbitrary?
Plastic deformation point, elastic deformation point, yield point, ultimate strength, and failure point
And here I was thinking it was: F U, yep.
E is where it stops being linear, Y is yield, U is ultimate as in max, and f is fracture / failure. Not sure about p.
P is the Proportional Limit, where it stops being linear, but remains elastic for a short while longer, meaning any deformation can still be recovered. E is the Elastic Limit, where it changes from elastic to plastic
Proportional limit. Deformation is linear up until this point.