i wish myself and word to have more so open mind profesors like you are sir. This kind of free open learning is what word needs. I hope and wish you have lot of money and pleasure of every minute of your time here; you deserve it. I'm just here on 39 this turtorials are awesome ! Thank you.
Wow, with a lot of variety, We can choose the perfect material and thickness till we reach the desired Saftey factor :) one question, is there a place where i can read about , what are the required safety factors for industries ? :)
A coefficient of 1 is at the breaking point. Its value depends on the purpose of the part or machine. An airplane has a little over 1 (1.4 ... 1.5), but a locomotive has 20 or more, because it has to be heavy anyway.
How do you access moment constraints? For example, if I wanted to see the deformation caused by two clamped sides of a panel, maybe I'd want to constrain all 6 motions, Fx,Fy,Fz,Mx,My,Mz. Why can't I find this? While I know that inventor professional doesn't have buckling simulation codes, I was playing with a panel that had uniaxial loading and clamped on the same sides. I would want to prevent rotation about the axis in the same direction as the loaded edge part. As of right now, my simulation is constrained in the x,y, and z direction, but because I added no Mx constraint at the fasteners, there is an angle made at the fasteners. If I wanted it clamped, there should be no rotation there. I don't know if I'm missing something, but it seems so much easier in patran, and also ansys.
i wish myself and word to have more so open mind profesors like you are sir. This kind of free open learning is what word needs. I hope and wish you have lot of money and pleasure of every minute of your time here; you deserve it. I'm just here on 39 this turtorials are awesome ! Thank you.
Thank you, my friend...
Very nice learning and experience
Thank you! Cheers!
lovely video
Thank you
Wow, with a lot of variety, We can choose the perfect material and thickness till we reach the desired Saftey factor :) one question, is there a place where i can read about , what are the required safety factors for industries ? :)
A coefficient of 1 is at the breaking point.
Its value depends on the purpose of the part or machine. An airplane has a little over 1 (1.4 ... 1.5), but a locomotive has 20 or more, because it has to be heavy anyway.
@@prof-stancescu Thank you for explaining :)
How do you access moment constraints? For example, if I wanted to see the deformation caused by two clamped sides of a panel, maybe I'd want to constrain all 6 motions, Fx,Fy,Fz,Mx,My,Mz. Why can't I find this? While I know that inventor professional doesn't have buckling simulation codes, I was playing with a panel that had uniaxial loading and clamped on the same sides. I would want to prevent rotation about the axis in the same direction as the loaded edge part. As of right now, my simulation is constrained in the x,y, and z direction, but because I added no Mx constraint at the fasteners, there is an angle made at the fasteners. If I wanted it clamped, there should be no rotation there. I don't know if I'm missing something, but it seems so much easier in patran, and also ansys.
I'd show this in the tutorial.
If you send me a picture with your problem would be more useful (constantin.stancescu@gmail.com).
@@prof-stancescu Thanks for offering to take a look. I just sent you a gmail with a detailed explanation of my FEA and what I want to do specifically.