PhD student in Metallurgies and Finite Element Analysis
Last application date: 2015-01-08
Department:Department of Mechanical construction and production
Contract type: Limited duration (4 years)
Occupancy rate: 100%
Vacancy type: Research staff
In order to solve a Delamination in composites usiong Ansys or any software ,are the experimental results necessary?Pls help
Dear ALL,
Which reading material/source that describes the good understanding of stress triaxiality?
What is the role of stress triaxiality for FE analyst?
I have read a lot of papers/articles but still have confusing me on the fundamental of stress triaxiality.
If you're interested in stochastic finite element analysis, you might like to know that we've just published a paper that reviews the "practical" application of the method. The paper first outlines the main methods of incorporating uncertainty into engineering computations. It then presents "practical" examples across a range of disciplines of where these methods have been used.
We hope that this paper is a good starting point for those looking to adopt stochastics in their work.
Hello all
I am running simulations in Abaqus. Some strange errors are coming like error code 193 and error code 5.
1. Error code 193- After job is aborted, when I open Monitor Abaqus exited with error code 193. I am not getting the meaning of this, even message file is also not genwrated.
Dear all,
I am trying to simulate cardiac contraction for a left ventricle. I want have to keep the cavity volume constant for my simulation.
I have read alot of documentations for tyre simulation in abaqus where they give a constant volume for internal air part but no success to find inp example to understand how you can give such boundary conditions.
Anyone can give me some hints where can I find such info?
Any help is very welcomed,
Ansys Workbench
I work with both Beam188 elements and
Link180 elements and would like to be joint them together.
Is this even possible, How can I achieve this
The Soft Materials Research Laboratory directed by Professor Qibing Pei in the Department of Materials Science and Engineering at University of California, Los Angeles is an interdisciplinary research group developing synthetic polymers and nanocomposites for advanced electronics, electromechanical, and photonic devices. Current research activities include but not limited to dielectric elastomers for muscle-like actuation, bistable electroactive polymers for large-strain rigid-to-rigid actuation, and stretchable electronics.
We welcome applications for a post-doctoral position in the Multiscale Computational Mechanics Laboratory (MCML) at Vanderbilt University. MCML is a part of the interdisciplinary Multiscale Modeling and Simulation (MuMS) facility.
