LM290
Mechanical
- Nov 3, 2012
- 14
Hi all,
I am trying to apply a rotational displacement to a wheel which has been sectioned into 1/4. I have modeled this before so i know its possible, my issue is that it will not work again even with the same BC's etc. I basically have 1/4 of an alloy wheel with the outside rim surface fixed (to simply model tyre traction)then i apply a rotational displacement BC of 0.0175 radian (1 degree) to the inside surface which would contact the brake disc. I ran this simulation before as a proof of concept just before a meeting and did not manage to save it as i assumed it could be model very quickly again (it only took me 2 minutes to set up originally). Now when i try to run the simulation again it tells me in ABAQUS that the 'Degree of freedom 6 is not active in this model'. I know that 3D elements cannot be rotated but im not trying to rotate the elements just translate them about the z-axis. I have attached the images of the errors and the screens of my original simulation that i want to replicate.
I am trying to apply a rotational displacement to a wheel which has been sectioned into 1/4. I have modeled this before so i know its possible, my issue is that it will not work again even with the same BC's etc. I basically have 1/4 of an alloy wheel with the outside rim surface fixed (to simply model tyre traction)then i apply a rotational displacement BC of 0.0175 radian (1 degree) to the inside surface which would contact the brake disc. I ran this simulation before as a proof of concept just before a meeting and did not manage to save it as i assumed it could be model very quickly again (it only took me 2 minutes to set up originally). Now when i try to run the simulation again it tells me in ABAQUS that the 'Degree of freedom 6 is not active in this model'. I know that 3D elements cannot be rotated but im not trying to rotate the elements just translate them about the z-axis. I have attached the images of the errors and the screens of my original simulation that i want to replicate.