From ESOF, an interesting presentation, attached.
Mars and Venus
How Europeans and Americans
View and Use Science<
Part 1: The European Perspective
Dr Roland Schenkel, Director General, European Commission, Joint Research Centre (JRC)
Some quotes
Dear all,
I am improving the cohesive zone model in 2-D proposed by Y.F. Gao to simulate delamination between sub-micron thick films in 3-D. However, I did not find the potential function proposed by Xu and Needleman in 3-D. If you know it please tell me
Here is the potential function proposed by of Xu and Needleman in 2-D (in Y.F Gao’s paper)
The potential function proposed by Xu and Needleman in 3-D ??????
hi,all
I am glad that i can get much information about P.h.D position here.Now i have been attending my p.h.d in HuNan Universtiy in China for one year,majoring in civil engineering.I am working about bridge engineering and wind resistance.In China,goverment has provides some opportunity to co-cultivate with other international University.It meas that i can go abroad for some time,say one to two years,to study.But first i should get a invitation from them.Who can give me some information about P.h.D position.any reply is appreciated.
Reliability
Analysis Associates, Inc.
1440 North Lake Shore Drive, #30F,
Chicago, IL 60610
Phone:
312-274-0542; Fax: 312-274-0574; E-mail: reliability [at] nidus.com
Specializing in
the recruitment of Reliability, Maintainability,
Test,
Logistics, and System Safety Engineers
RAA, Inc. is seeking candidates
for the position described below:
I'm looking for resources for reading and studing concerning the Muskhelishvili's method of estimating the stresses and desplacement fields for singular states of stresses using complex potentials from given boundaries as they mentioned in Timoshenko's book 'theory of elasticity ' pages:203..209.
I tried in my school library and i found nothing.
Thanks in anycase
Ilias I. T.
Hi, can somebody give me a hand on where I can get the detailed explanation of VUEL (like UEL in abaqus manul 25.2.19)?
Many thx here.
MX SHI
I was browsing the discussion page for Stress in Wikipedia when I came upon this interesting comment:
"
Refutation of Cauchy stress
The theory of stress based on Euler & Cauchy is now refuted. The profound incompatibility of this theory with the rest of physics, especially the theory of potentials and the theory of thermodynamics, has been documented in
Graduate assistantship positions are available in the Computational olid Mechanics Laboratory (http://lsms.epfl.ch/) at the Ecole olytechnique Fédérale de Lausanne (http://www.epfl.ch/).
We are interested in highly motivated Ph.D. candidates with an academic background (B.S. and M.S.) in either Mechanical Engineering, Civil ngineering or Computational Materials Science.
Surface:
If it's a free surface, the dislocation can penetrate through the surface easily, but, if it's a coating or oxide layer, it will be hard for dislocation to glid out of the surface
Grain boundary:
In discrete dislocation dynamic simulation, some authors take grain boundary as a impenetrable, such as a rigide wall, But in other papers, grain boundary was thought to be a penetrable wall.
So,Is there somthing or simillar property for us to derive.
