nano

Advanced Electrical Conductors (CNT, Graphene, and Metal-based) -- US-based candidates with work authorization only.

The Department of Mechanical Engineering at the University of California, Santa Barbara invites applications for two full-time faculty positions with an anticipated start date of July 1, 2017, or later. The Department is looking for exceptional individuals in all core areas of Mechanical Engineering with particular emphasis in fluid mechanics (tenure-track Assistant Professor), and micro and nanoscale thermal sciences and their application to energy systems (tenure-track Assistant Professor or tenured Associate Professor).

The Department of Mechanical Engineering at the University of California, Santa Barbara invites applications for two tenure-track faculty positions at the level of Assistant Professor.  

The Department is looking for exceptional individuals in all areas of mechanical engineering, with particular emphasis on i) soft robotics, including soft body design and mechanics, sensing and actuation, and ii) micro/nano science and technology, including micro/nano additive manufacturing, micro/nano robotics, and micro/nano energy sensing and heat transfer. 

We have an immediate opening for an outstanding post-doctoral fellow in our Multiscale Mechanics& Physics (MMP) Laboratory.  We are broadlyinterested in the fundamental physics and mechanics of nano/bio materials andtheir applications in innovative nano/bio devices. The focus of our current projects include: (i) nanoscale transport phenomena in pharmaceutical, biomedical and biologicalsystems, (ii) mechanics of nanodefects and their applications in engineering nanodevices,(iii) multifunctional and advanced materials for structural applications.

there are two analytical concepts that are very important in fatigue failure.the first one is crack closure and the others is residual stress .the first one is in behind of crack and the other emphasis in the front of crack tip. the question is if we use some devices such as AFM/SEM is it possible we model the energy filed during fatigue process?   if this idea can be investigated the second question can be asked: is there any similarity to model for different loading conditions? 

I appreciate if you also put your comment in my idea?

Dear Collegue



We are organising in July 7-9, 2010 an Euromech workshop on Multiscale

effects in Fatigue, at the Ecole Polytechnique, near Paris in France.

Outcomes and topics are detailed on the following web site:



http://www.lms.polytechnique.fr/Euromech



We would be honoured if you could contribute to this workshop to present

some of your recent research results.  The workshop is thought as a small

A one-year post-doc is available in conjunction with

1) Prof. Asenov, University of Glasgow

2) Dr. Bordas, University of Glasgow/Cardiff

 to study the behaviour of nano-CMOS semi-conductors.

Please write to stephane dot bordas at g ma i l dot com 

 for details with your:

1) CV

2) Three references

3) a statement of why you are qualified and interested in this position

 You should

1) have a strong background in finite element methods

The US-China NSF Workshop and Summer Institute of

Bio- and Nano-Mechanics and Applications (UCWSI2007)

August 31 -- September 4, 2007

Beijing, China