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BlazeTech has several full-time openings in Combustion and Fluid Dynamics at the Ph.D. level or equivalent.

Submitted by Zhenyu Xue on

24 Thorndike Street, Cambridge, MA 02141-1882 • office [at] blazetech.comhttp://www.blazetech.com

R&D Positions in Combustion and Fluid Dynamics

We have several full-time openings for engineers/scientists at the Ph.D. level or MS and equivalent.

1. Combustion Job Description:

• Test and model the combustion of chemical and biological agents (small scales tests in house and large-scale tests at national facilities.)

Power of iMechanica during job hunting

Submitted by L. Roy Xu on

In July 2007, my friend of a consulting company contacted me for recruiting a computational mechanics engineer. I told him that all my graduate students found jobs, and there are not many mechanics students in our small department. So, I posted his ad at iMechanica. Only after one week, he asked me to withdraw this ad! Why?

 

Because many high-qualified applicants contacted him in one week and, he’d give the offer right away.  I believe this example is an index of active user groups of iMechanica.

composite materials

Submitted by mouats.mahira on

Hello every body 

I am a novice (new one) on this web site and I just began, I am preparing my master on composites and I think that you have more informations than me on this subject my problem is that Iam in the coparative step between my results and the others.

my work is on the crack of composites mode II (sliding mode) I'm modelizing that phenomen with finit element to find the enegy of sustitution the problem is that I have not found any results by web and unfotunatly we have not books on this subject in my university.

Materialise and EOS announce Rapid Implant Manufacturing Forum

Submitted by Mimics on

Leuven
(Belgium),
August 10, 2007. Materialise NV, world leader in software development for
medical image processing (Mimics), and EOS, world leading manufacturer of
laser-sintering systems, announce the Rapid Implant Manufacturing Forum in Leuven, Belgium.

 

Size & Strain Rate MD Study on Metallic Nanowires

Submitted by Adrian S. J. Koh on

Thank you for your interest shown in my previously posted work.  Here's a post-print for an article of an extension to my previous work.  Extension in the sense that the MD simulation was performed on "larger" metallic nanowires (2.0 nm to 6.0 nm), and the behavior of gold (Au) nanowires were studied.  The mechanism behind strain-induced amorphization was explained and the phenomenon of multiple necking was observed, implying the presence of "localized" amorphization instead of a "globalized" one observed in shorter nanowires.

Interesting Material: d3o

Submitted by Gopinath Venkatesan on

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?