Postdoctoral Positions at Univ. of Texas at Austin, Petroleum & Geosystems Engineering
Dr. Mukul Sharma, Professor in Dept. of Petroleum and Geosystems Engineering at the University of Texas at Austin is seeking to fill two Postdoctoral Positions.
Dr. Mukul Sharma, Professor in Dept. of Petroleum and Geosystems Engineering at the University of Texas at Austin is seeking to fill two Postdoctoral Positions.
A post-doctoral research position is available in my MIT research group for the Development of Finite Element Methods for
Nano-scale Structures. Experience in nonlinear finite element analysis and, ideally also, the analysis of multiphysics problems
is needed. Please contact me if you are interested, Prof. KJ Bathe, kjb [at] mit.edu.
Hi everyone,
I've wrote a script in python to create a model in Abaqus, run the simulations and retrieve the results I need.
I use the Abaqus python build (on PDE).
I experience a strange problem with the following command:
myModel.DisplacementBC(... ..., u1=0.123456789, u2=SET; ur3=...)
which gets translated in the input file like this:
*Boundary
myNodeset, 1, 1, 0.1234
myNodeset, 2, 2
Hi All,
I am trying to model the inflation of an enclosed elastic cylinder. The only example I have came close to in the Abaqus support documentation is the air bag inflation test. However, even reading the documentation, I am still unsure on how to model the airbag before an inflation force is applied. Can someone help me with this? You can also e-mail directly: manpreet.puri [at] strath.ac.uk.
Hi everyone
I did so much efforts but I could not reach a successful link
between abaqus 6.10 and Intel fortran 11 and in abaqus verification it didn't
pass. Is there any obvious way to solve this problem? I have not find any
suitable solution in the internet :(
Regards,
Eddie
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Hi experts,
I want to do simulation of granular media. I want to know wether ABAQUS has such models like Hertz contact model or others to do granular flow simulations.
Thanks in advance,
Best,
Ram
As it is known, when using UMAT abaqus, stiffness proportional damping can not be used. However, for the dynamic calculation it is neccessary to put some stiffness damping. So for approximate calculations, it is easy to use numerical damping instead.
*Dynamic, application=XXX,
and using the key words *Dynamic, XXX, users can adjust the value for numerical damping. Althogh, there is no physical meaning for numerical damping, it can be a temperory solution for UMAT dynamic calculation.
Two postdoctoral fellow positions at Northeastern University are available immediately. First position is focused on the analysis of the nonlinear behavior of soft matter using computational mechanics and the development and analysis of biomimetic materials and structural systems. Second position is focused on computational and solid mechanics. The research will be carried out at the High Performance Materials and Structures Laboratory (http://www.hpmsl.neu.edu/).