European Conference on Constitutive Models for Rubber - ECCMR VI
ECCMR 2009 - Sixth European Conference on Constitutive Models for Rubber
Held at TU Dresden, Germany, September 7-10, 2009.
Blog posts
Coupling LAMMPS with ABAQUS software
Dear all,
I am looking into coupling the molecular dynamics code LAMMPS with ABAQUS FEA package. Do you have any information about this? Maybe a research group that is currenlty working on this or any relevant publications?
Thanks in advance,
Nicholas
Johnson-Cook Material Model, Abaqus Explicit
I am currently running a Quasi-Static compression simulation in Abaqus Explicit using the Johnson-Cook Plasticity option. As the strain gets beyond the elastic range, the stress-strain response begins to oscillate +- 5 MPa around the expected curve. Does anyone know why this is happening and/or how to repair the problem?
Thanks,
D. Barrett Hardin
Weld analysis using ansys
Inorder to find out the residual stresses and distortions in butt weld due to thermal loads in steel plates, i have used
shell57 for thermal and shell43 for structural.The material properties used are temperature dependent.
I carried this out in two steps.
The thermal analysis is carried out first.
A moving heat source is used to generate the temperature distribution on the plate.
Mimics User Community online now!
Leuven, June 9. Materialise releases the Mimimcs User Community; after the Mimics Innovation Awards, the Medical Innovation Conference and the Innovation Courses, yet another initiative to stimulate biomedical R&D, offering an online platform to bring their users together.
It includes among others:
- FAQ
- Tips&Tricks
- Discussion forum
- Tutorials
- Career section
- ...
Visit http://uc.materialise.com/mimics
hydraulic cylinder cushion calcualtions
Hi I am krishna Ghatge Mechanical engineer.
I got struck on hydraulic cylinder cushion calcualtions. please help if anyone have any idea or reserch papers.
Thanks
Krishna Ghatge
Looking for a graduate student
HELP WANTED
I am looking for a graduate student or a Postdoc who is interested to work on a research project in modeling and simulation of self-healing surfaces and related topics.
The candidate is expected to major in Mechanical Engineering or Materials Science (background in surface mechanics / physics / tribology is preferred), to be comfortable with computational software (MATLAB, Ansys or similar), and to be enthusiastic about producing modeling/computational results and preparing publications.