Having learned Python for a while now, I believe it is of benefit to students who want to learn statistical analysis and such models and be able to compute these. Python is an easy to learn language. Oh and did I mention George his is for you ;)
Rod Clifton , Rush C. Hawkins University Professor Emeritus and Professor (Research) at the School of Engineering at Brown University, has been selected as the winner of the 2013 Sigma Xi Monie A. Ferst Award .
A research position for a Postdoctoral Research Associate is now available at the working group of Continua Mechanics at the TU Darmstadt, Germany, led by Professor Dr.-Ing. Charalampos Tsakmakis.
The position is fulltime fixed-term for two years.
Numerical
Simulation of Particle Stress and Fracture using FEMDEM: Application to Process
Catalysts
Johnson
Matthey CASE/EPSRC PhD Studentship Award- Duration 36 months
Supervision:
Dr JP Latham, Dr Jiansheng Xiang
Industry Contacts:
Principal Investigator - Dr Michele Marigo
Co-investigators - Dr Mikael Carlsson, Prof Hugh Stitt
In the review paper by Spak & al. (January 2013) on cable bending mechanical models, one class of models was not specifically mentioned, in which authors attempt to take into account the tangential elasticity at points of contact between cable layers. There are at least two noteworthy contributions:
Title: Exploration of novel multiaxial high strain rate tests of materials based on full-field strain measurements and inverse identification
Sponsor: EOARD http://www.wpafb.af.mil/library/factsheets/factsheet.asp?id=16662/
Start of PhD: end of September 2013
Hello everyone
I have a question about Abaqus verification for a Mooney-Rivlin
hyperelastic material example which exist in ABAQUS Documentation/Abaqus
Verification Manual/2.2.1 Elastic materials/VIII. Hyperelasticity with
Mooney-Rivlin strain energy function. In the example for a Test data
input-uni axial tension the company Defined a stress-strain curve as
input for material property(Nominal stress-Nominal strain). But when I
plot these parameters(Stress -nominal strain) as output of the software
Hi mechanicians:
I decided to post because I have an inconvenience that is not shown in other posts.
I am working in the Abaqus - Fortran environment in a thermal analysis. After implementing a new procedure (which actually works), the .sta file shows me that it has problems in its unique step, more or less in the 60th iteration (it is supposed to get until 500). Twenty iterations after that gets into interruptions because the code cannot converge.
With these lines it is easier to understand my point:
