Hello,
I need some detailed informations about topics below:
Single material ALE
-Advection schemes
-Mesh smoothing algorithms
Multi-material ALE
-Volume fraction weighted stress
-Interface reconstruction
-Moving mesh techniques
FSI
-Constraint based method
-Penalty based method
-Leakage
Can anybody help me?
Thanks alot
You are always welcome to visit my office (B14/Pariser), call (0161 306 8970), or email (henry.tan [at] manchester.ac.uk (henry[dot]tan[at]manchester[dot]ac[dot]uk)).
I came across this web page recently, and it talks about a novel product d3o that can control impact effects by adjusting molecular structure in case of shock loads. If this material becomes a regular apparel material, we may see many Jackie Chans in the future. The material is d3o.
Visit this page to learn more about this material, This is not a SPAM. http://www.d3o.com/index.php
I don't know if you guys knew of this. I guess you do. Is this material really the way it is advertised, or some boasting included?
Dear Researchers and Industry Engineers,
In this letter I am looking for some comments and industrial supports for my PhD research on non-contact measurement for machinery maintenance.
Recently, I have seen a quit interesting article as follow:
http://www.sciencemag.org/cgi/content/abstract/317/5837/472?maxtoshow=&HITS=10&hits=10&RESULTFORMAT=
Este es un ejemplo de la solución de un problema de mecanismos usando Working Model
[googlevideo=http://video.google.es/videoplay?docid=8593379693549540590&hl=es]
Hello all,
I am Nilesh and doing
study of Continuum damage mechanics, in that context, I have some doubt s
Can anyone tell
me?
1. As in plasticity we have yield surface and in damage we have damage surface but in this case, does damage surface working same ( for
isotropic and kinematics damage???? ) Like in isotropic and kinematic
hardening??? I mean expansion and movement for isotropic and kinematic damage
case???
Most fracture classes and texts focus on the following different approaches: Griffith's energy approach, Irwin's stress intensity factor approach, the Barenblatt-Dugdale strip yield model (and subsequently, cohesive zone modeling) and Rice's J-Integral approach. As a graduate student studying fracture mechanics, I have often wondered why there seems to be very little discussion in the community with regard to Sih's strain energy density approach. Are there any fundamental limitations to the approach or are there "other" reasons behind this? Your thoughts are appreciated.
How can i make post doc. in another country?
How can i follow post doc positions available in europe or america?
