great video! in the last 5 seconds, you mention that there is a stress of +60MPa in the normal direction, but you draw an arrow for compressive stress. is that correct, or is that meant to be tensile stress?
@deathcount24891 HI. You are correct. I stuffed that up. The very last arrow drawn should point away from the element. Thanks for pointing that out. Steve
thanks for this! i needed a quick refresher!
lathedogg 1 month ago
Can you explain 50 degrees and 100 degrees problem.
MrChilove 2 months ago
This has been flagged as spam show
oie disculpa de donde salieron los 50° "ELEMENTS @ 50 ACW FROM X" me urge por favor U_U este es mi correo sadc_123@hotmail.com
rooxdcastro 3 months ago
lol, nvm u fix it later on.. thank you!!
abkahvegi 3 months ago
you may have made a mistake in min 12:45... its (-20, 55) not +20!??
abkahvegi 3 months ago
CAN U PLEASE CREATE A PROILE ON FACE BOOK AND POST ALL YOUR VIDEOS THERE SO THAT WE CAN REER YOUR VIDEOS EASILY...THANK U..LEASE REPLY WHEN U READ..
hunkrahul11111 4 months ago
I AM VERY HAPPY GREAT THANK YOU VERY MUCH
hunkrahul11111 4 months ago
THANK YOU
hunkrahul11111 4 months ago
60 is tensile stress with 50 degree a c w rotation,,,,,nice explanation
waleedqzi 4 months ago
I love Mechanical Engineering
tahboobi 4 months ago
great video! in the last 5 seconds, you mention that there is a stress of +60MPa in the normal direction, but you draw an arrow for compressive stress. is that correct, or is that meant to be tensile stress?
thanks for the video!
deathcount24891 5 months ago
@deathcount24891 HI. You are correct. I stuffed that up. The very last arrow drawn should point away from the element. Thanks for pointing that out. Steve
stevetomsett 4 months ago
Thanks!!!! i finally understand how to construct the principal stress element and max shear element from the mohr circle...Thank you
gsextreme27 6 months ago