The Congress will be held between June 27 and July 2, 2010, at the Pennsylvania State University.

I am currently seeking candidates for two PhD positions in Petroleum Engineering at Louisiana State University (LSU). The successful candidates are expected to possess a master degree in engineering or science and have experience in the area of computational mechanics or finite elements and continuum mechanics.The candidates will be working in the area of hydraulic fracturing, poroelasticity, and mechanics applied to fluid flow in fractured porous media.

Hi all!!!

General theories of failure of laminated composites are Tsai-Hu, Tsai-Hill, Maximum stress and maximum strain. These thoeries do not specify which component (fiber or matrix) of lamina fails.

Sigma_zz, sigma_xz and sigma_yz are out of plane stresses which cause delamination failure of laminated composite structures.

I am looking for exclusive theories of failure which govern delamination failure in laminated composites. I request those who work in this area to help.

Thanx in advance,

Regards,

- Ramdas

L. Mahadevan, of Harvard University, is among this year's recipients of The MacArthur Genius Grant.  Congratulations!

Dear all,

While reading some "old" discussions in iMechanica, I have come across
a blog by Zhigang to have a collection of "classics" in iMechanica. 
Immediately, I searched for such a section, but couldn't locate it.  Is
it ever made?  If not, why not start it now?  I am sure there will be
many juniors like me, who are eager to read those classics.

Inverse Analysis

Image Processing and DEM Mesh

Benefits of Micromechanical Fracture Modeling

The attached paper was recently published
in Applied Physics Letters. We show for the first time that Nucleation and
Condensation of Water can be spatially controlled. Such control of nucleation
phenomena and the fundamental findings discussed in the paper have implications
for the Energy and Water industry. The paper can be found at http://link.aip.org/link/?APL/95/094101/1

For those of you interested in the geometry of light frameworks and models for extremely porous materials, here are a couple of links. The first one contains two 3D objects. You need Java to view them.

http://people.bath.ac.uk/rg247/swansea/javaview/gyroid_146_007.html

http://people.bath.ac.uk/rg247/swansea/gyroid_146_007_n.png