The 2013 Residual Stress Summit will take place October 8 - 10, 2013 at the Hilton Garden Inn Idaho Falls, in Idaho Falls, Idaho, USA. The meeting follows the successful format of the four previous RS Summits held in Los Alamos in 2003, Vancouver in 2005, Oak Ridge in 2007, and Lake Tahoe in 2010. You can get more information at http://www.rssummit.org
The SES 50th anniversary annual technical meeting/ASME-AMD summer meeting will be
held at Brown July 28-31 next summer (2013). A complete list of symposia is posted
on the conference website at http://www.brown.edu/Conference/ses2013/tracks_symposia.htm ,
which has links to an abstract for each symposium. The website is now open for
authors to submit abstracts.
We are currently looking for a top candidate to join the System Level Design group at CMU (www.ece.cmu.edu/~sld/), as a Postdoctoral Associate, starting Spring 2013. Main responsibilities involve work on modeling and control of stochastic micro-robotic swarms targeting biological applications.
I thought that your readership might be interested in a textbook that I recently published entitled "Soft Solids: A primer the the mechanics of materials." It is geared for the senior-masters level student.
http://www.amazon.com/Soft-Solids-Theorical-Mechanics-Materials/dp/1480257095
On behalf of the organizing committee, I cordially invite your participation in Symposium on Mechanics and
Physics of Soft Matter, as part of the 13th Pan-American Congress of Applied Mechanics (PACAM XIII), to be held in Houston, Texas, May 22-24, 2013.
The Department of Mechanical Engineering at the University
of Houston (UH) invites applications for a tenured faculty position at the Full
Professor level beginning Fall 2013 or later. Successful candidates are
expected to establish an internationally recognized dynamic research program in
the area of experimental biomechanics and mechanobiology. Special preference
would be given to those pursuing cellular level and/or single molecule studies
of living systems with emphasis on healthcare applications. Highly qualified
Fully funded PhD studentship at The Open Univeristy campus, Milton Keynes, UK. The aim of this project is to optimise experimental techniques such as digital image correlation (DIC) and focused ion beam (FIB) hole drilling to investigate the micro scale stresses and strains occurring during martensitic transformations. The techniques will be applied to a range of materials from simple steels to complex shape memory alloys. There will also be scope within the project to study martensitic alloys using central facilities such as the ILL, ESRF and Diamond light source.
Although the cantilever beam has been widely used as a sensor to measure various physical quantities, important issues such as how residual stress affects its bending stiffness and what are the underlying physical origins have not been fully understood. We perform both theoretical analyses and finite-element simulations to demonstrate for the first time that without changing the material tangent stiffness, residual stress within the beam can directly influence the bending stiffness of the beam. This direct influence arises from two origins: geometry nonlinearity and Poisson’s ratio effect.
The fatigue behavior of Ag films on polyethyleneterephthalate substrates was studied using electrical resistance measurements.
Scanning electron microscopy images showed two types of failure: typical fatigue failure with extrusion–intrusion pairs, and ductile
failure with local necking. Once through-thickness cracks are formed in the metal layer, cracks propagate and the resistance increases abruptly for both failure modes. The effect of adhesion on fatigue life is discussed in terms of concurrent delamination, crack initiation and propagation.
