confusions about incremental deviatoric stress and incremental plastic strain
HI!
HI!
CSTAM ASC IEEE
2010 Symposium on Piezoelectricity, Acoustic Waves, and Device Applications
Hello everyone,
I have a problem with one user subroutine.
The fact is that, debugging the subroutine I see the totaltime different from the steptime. I am using just one step and the .inp implementation is veryfied with a different user subroutine, so totaltime and steptime should be exactly the same (but they are not...)
The value of the total time is around 1e-8 and the value of the steptime is around 1e-55.
Could anyone give me a clue?
Thanks in advance.
Hi,
I am analysis for installation of pile in soil (Pile rigid body and Soil Eulerian material)simulation in Abaqus\ CAE.
I have given reference point on the pile to assign the mass of pile(top portion). (Pile penetrates vertically into the soil)
I have to give centrifugal force to Pile (300 kN), where can I assing the force? (Point of assignment). And how can I give predcribed displacement of Pile (say 10m)
I wish to plot say stresses at the centroid of each element in a set,
x-coordiante is x distance
y- coordinate is the stress.
Any simple idea please. Thanks.
-Arasu
Hi, I wish to plot tangential stress in nodes around a circle. How to accomoplish in ABAQUS? Thanking you.
-Arasu
I am trying to make a material model for my FEM come and while deriving Elasticity tensor I found a term where I have to do some tensor operation. It is as below
P:C:PT where all the terms are 4th order tensors. Now I konw the result of this should be a 4th order tensor only as this term is in addition with other 4th order terms. Here any (A:B) indicates Double dot product between A and B.
Please help me out with this if you know or suggest some good tensor calculus book where I can refer for my problem.
Thanks.
This is a basic question regard to elsticity fem.
How to compute traction boundary integration numerically in elasticity fem under general situation? That is:
\int_{\Gamma} [N][t] d\Gamma, here [N] is shape function and [t] is surface traction
My E-mail: shengxu.xia [at] yahoo.com
Thanks a lot
HI,