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Research Scientist Positions at the Institute of High Performance Computing, Singapore

Submitted by Chun Lu on

The Institute of High Performance Computing (IHPC), a member of the Agency for Science, Technology and Research (A*STAR) in Singapore, invites applications for eight available positions for research scientists in the field of theoretical and computational mechanics and materials science. These positions are connected to the A*STAR-sponsored Visiting Investigator Program (VIP) with Prof. Huajian Gao from Brown University as the Principle Investigator.

The development of Crystal plasticity

Submitted by Xu Zhang on
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Recent experiment have shown the size effect of the materials, when the characteristic length associated with non-uiform plastic deformation is on the scale of micros.The classic plasticity theories can't explain such phenomenon as their constitutive models posses no intrinsic length scale. The new models which contain strain gradient plasticity now are used to explain the experiment.

Community Standards for iMechanica

Submitted by John E. Dolbow on

As a moderator here on iMechanica, I have deleted a few posts recently that were clearly spam. As iMechanica grows and becomes more visible within the mechanics community and the broader internet community, we can expect the frequency of these kinds of posts to increase.

Do-it-yourself iMechanica Get Together

Submitted by Zhigang Suo on
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The classes are over. The summer is coming! Rui Huang, iMechanician Number 22, has just arranged an iMechanica Get Together in an evening at McMat 2007, in Austin. Here is a tentative agenda. Please join us if you are in town.

USNCCM Invited Session: Stress Evolution at the Nanoscale

Submitted by Edmund B. Webb III on

The U. S. National Congress on Computational Mechanics will be held in San Francisco, CA July 23-26 2007 (see link for conference below). As part of the symposium, "Modeling and Simulation of Nano Materials and Mechanics", an invited session discussing stress evolution at the nanoscale will be held. This session will foster discussion of outstanding computational challenges to understanding and predicting stress evolution during growth of materials at the nanometer length scale. Registration information for the meeting can be found via the link below.

IBM Airgap Microprocessors enabled by self assembly (Video)

Submitted by Teng Li on

An earlier post by Xiaohu Liu reported IBM's latest progress in microprocessors. IBM has figured out how to control and perfect the self assembly process to create trillions of tiny, nano-sized holes across a chip, which speed electrons that flow across wires inside the chip and reduce the power consumed by 15 percent.The following short video may help us understand a little bit more about the new technology. More videos, audio and images on this are available here (free, but registration needed)
Enjoy.

-Teng