I want to simulate the penetration into soil target, but I don't find the satisfied references about this simulation.The penetration into soil target will be simulated by the finite element method or meshless methods in my project. I think the good experimental results can verify the simulation.
Can you give me some references of penetration into soil target?
Thank you for your help.
PNAS 106, 10103 (2009), doi:10.1073/pnas.0905193106, http://www.youtube.com/watch?v=dPJBalMZ824&feature=channel_page, http://www.nanowerk.com/news/newsid=11108.php
Hi.
I have an issue related to recent change in ABAQUS new version.
I've recently found a problem related to cotact data in ABAQUS new version, 6.8. I use fil files, but I've heard from a Simulia engineer that data file also has the same problem (I have not checked it out yet.)
Dear All,
Could you suggest any literature or online step by step tutorial on how to create your own subroutines in ABAQUS like umeshmotion or umat. Any relevant information would be much appreciated. I am looking for information that are not covered in the ABAQUS manual.
Thanks very much in advace,
Nicholas
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
I am trying to use finite element modeling of indentation experiments
to extract hyperelastic material parameters. I am having a dilemma,
when the tissue has residual strain, the model couldn't achieve the
high nonlinear relationship between displacement vs reaction force as
measured in the experiments.
I have tried several strain energy potentials,
1) W=A/B*{exp[B(I1-3)]-1}
2) W=C10(I1-3)+C01(I2-3)
3) W=C10(I1-3)+C20(I1-3)^2+C30(I1-3)^3
4) Arruda-Boyce type model
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.
Hello,
I am pursuing masters and I have chosen to do my one year project in FEM IN METAL CUTTING I am looking for some guidance from professionals or researchers working in this field of metal cutting.
also send me any
reference doc
Any help in this regard would be highly appreciated.
Thanks a lot.
regards,
rajesh
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
