00:33:53.363,00:33:56.363
Nicole Badour: Can you explain what out of plane stress is again?

00:46:08.261,00:46:11.261
Amir Emilio Lora Figuereo: Can we assume plane strain for problems like a lap joint?

00:50:47.557,00:50:50.557
Nicole Badour: So plane strain is if something is thick in one direction and plane stress is if it's thin in one direction?

01:02:18.203,01:02:21.203
Garrett Clyma: I am a bit confused i admit, but i am assuming doing a couple examples will help

01:07:31.191,01:07:34.191
Amir Emilio Lora Figuereo: 0 traction?

01:09:44.705,01:09:47.705
Ethan Reid: Traction is P in the negative y direction

01:09:57.720,01:10:00.720
Ethan Reid: Over the area

01:11:59.571,01:12:02.571
Garrett Clyma: is the Z supposed to be an X on the coordinates? or was just the x=L and x=0 supposed to be a Z?

01:13:32.108,01:13:35.108
Nicole Badour: Is the sigma xx sigma z?

01:14:04.615,01:14:07.615
Garrett Clyma: I think the variables are supposed to be consistent with the XY plane not the YZ

01:17:01.106,01:17:04.106
Aidan Wales: if we are neglecting body forces as assumed at the beginning of the example do the  'b' s in the integrals just equal 1?

01:18:19.169,01:18:22.169
Tyler Bye: b is the base length of the cross section not a body force