asdjk
Structural
- May 5, 2012
- 5
Hi guys,
I'm trying to proceed a fully plastic analysis (without elastic behavior) of a plate under axial load.
In order to do a fully plastic analysis, I adopted a very high Young's modulus (i.e. 10^10 MPa, because it's not possible to remove the elastic part) and run a general static step.
The fact is that I'm not getting a proper answer. It is requiring now a significant amount of damping in order to stabilize the analysis, which is affecting the response.
Does anyone know another way to do a fully plastic analysis (disregarding the elastic behavior)?
I'm trying to proceed a fully plastic analysis (without elastic behavior) of a plate under axial load.
In order to do a fully plastic analysis, I adopted a very high Young's modulus (i.e. 10^10 MPa, because it's not possible to remove the elastic part) and run a general static step.
The fact is that I'm not getting a proper answer. It is requiring now a significant amount of damping in order to stabilize the analysis, which is affecting the response.
Does anyone know another way to do a fully plastic analysis (disregarding the elastic behavior)?