Hi everyone,
I am doing an EMAG analysis in ansys workbench 13.0, I am just trying to simulate a current in a copper conductor and obtaing the magnetic forces generated.
I created the air enclosure and specified as the open domain.
I specified the flux parallel conditions on the air, and also...
Hi everyone,
I am doing an EMAG analysis in ansys workbench 13.0, I am just trying to simulate a current in a copper conductor and obtaing the magnetic forces generated.
I created the air enclosure and specified as the open domain.
I specified the flux parallel conditions on the air, and also...
Hi everyone. I am trying to couple a magnetostatic analysis in ANsys to a structural. What I want is to use the calculated body force densities from the magnetostatic analysis into a structural. The manual says that there is a compatitbility between these two modules but I cant make the...
Hi everyone. I am trying to couple a magnetostatic analysis in ANsys to a structural. What I want is to use the calculated body force densities from the magnetostatic analysis into a structural. The manual says that there is a compatitbility between these two modules but I cant make the...
So, after doing uniaxial testing, we all use the conventional formula to calculate engineering stress which is: stress= F/A
But my advisor told me that this formula does not work for polymers due to the fact that these are non linear... So he mentioned something like this:
Stress=TF^-1
I...
Hi!
Im using Simulia to solve a pretty easy problem but the simulation keeps showing me the message "aborted". The problem:
~Two cylinders, one inside the other and they are separated by only 2 mm so they are not initially in contact.
~A radial pressure is applied to the outer cylinder so...
Hi!
Im looking for a polyolefin (a polypropylene, polyethylene...) that can be processed at a range temperature from 100°C-130°C, and that behaves as a Non newtonian - Bingham fluid. In other words that when melted it can be pushed through but firm enough that it will "stack up".
I know it´s...
