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Further to this... my model is actually cyclic symmetric, I model 1/5th the cylinder. (I simplified it to axisymmetric) I apply the total pressure to the inner surface of the 1/5 model. Question 1) is this still correct to apply total pressure for a cyclic symmetric model? Question 2) I...

My input data is limited as I am using someone elses data in the low strain range.

Hi, My model has exceeded the strain range of my input data. What way does Abaqus deal with this? Does it assume a flat line stress strain response once the input data is exceeded? or Does it extrapolate further stress strain data based on the slope of the input data it has or ? Thanks

Hi, I am modelling an axisymmetric cylinder. (I am modelling 1/2 the cylinder) Should I apply the total pressure load that the piper experiences in real life or divide it by two? Any help would be appreciated.

I am modelling a reinforced tube. i.e. a cylindrical inner tube part with a second fibre layer part. They have a frictional interaction between them. I also want to add a thin encapsulation layer over both of them without it being present in the interaction zone. How can I add a skin property...

I am sure. It's not that. Any other ideas?

I'm trying to apply a periodic pressure load. I have created a simple amplitude which I can confirm is as I would expect it to be using the amplitude plotter. However, when I use the above method to verify the profile of the pressure load, I always get a linear ramp pressure profile?? Why is this?

To simplify the task, how would I plot a pressure load vs step time on any surface in abaqus?

Just pressure load applied to the surface of the hole(tube)

HI, I curious about verifying that the pressure I have applied to a cavity or a hyperelastic material barrel is as prescribed during my step in Abaqus(simple ramp amplitude in explicit) (at time 0 Amp is 0, at time 1 amp is 1 = 0.017 MPa). I have not defined any custom field/history output...