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Call of interest - Post-doc position at IMT Lucca on computational mechanics for photovoltaic applications

Submitted by marco.paggi on
This is a call of interest for a post-doc position (1 year renewable up to 3 years) at the IMT Institute for Advanced Studies Lucca, Italy (www.imtlucca.it), in the field of computational damage and fracture mechanics. The activities are in the framework of the ERC Starting Grant IDEAS "Multi-field and multi-scale Computational Approach to design and durability of Photovoltaic Modules" (Prof. Paggi, Principal Investigator).

For more details about the project, see:

Postdoctoral Fellow/Research Associate –Using Biomechanics to Predict Vision Loss Progression– National University of Singapore

Submitted by mgirard on

Job description: We are looking for a bright, dynamic, and highly motivated individual to perform research in biomechanics with applications to ophthalmology. For more information about our Laboratory, please visit: http://www.bioeng.nus.edu.sg/ivb/. This is a project in collaboration with clinicians from the Singapore Eye Research Institute (top 5 eye institute worldwide) and from Moorfields Eye Hospital, London, UK (biggest eye hospital worldwide).

One PhD student position available at the University of Central Florida, Orlando, FL

Submitted by Yuanli Bai on

One PhD student position available
at the Department of Mechanical and Aerospace Engineering of the University of
Central Florida. Students with background in solid mechanics, computational
mechanics, finite element analysis or molecular dynamic simulation are
particularly encouraged to apply. If you are interested, please send your
resume and representative publications (if have) to Dr. Yuanli Bai (bai [at] ucf.edu (bai[at]ucf[dot]edu)). 

A numerical study of elastic bodies that are described by constitutive equations that exhibit limited strains

Submitted by Alejandro Orti… on

Recently, a very general and novel class of implicit bodies has been developed to describe the elastic response of solids. It contains as a special subclass the classical Cauchy and Green elastic bodies. Within the class of such bodies, one can obtain through a rigorous approximation, constitutive relations for the linearized strain as a nonlinear function of the stress. Such an approximation is not possible within classical theories of Cauchy and Green elasticity, where the process of linearization will only lead to the classical linearized elastic body.

Hierarchical Materials Symposium at USNCTAM 2014 - Abstract deadline is now January 6, 2014

Submitted by Tim Rupert on

Dear Colleagues,

 

The submission deadline for abstracts to the 17th U.S. National Congress on Theoretical & Applied Mechanics has been extended to Jan 6th, 2014.  Please consider submitting an abstract to at the website below.  We will be holding a symposium on "Elasticity, PLasticity, and Multiphysics of Hierarchical Materials: Mechanisms to Mechanics" that many of you should find quite interesting!

https://www.egr.msu.edu/conference/

 

Research Assistant in the Development & Processing of Polymeric Composite Materials via Liquid Resin Infusion

Submitted by Deirdre_Murphy on

The University of Limerick (UL) with over 13,000 students and 1,300 staff is an energetic and enterprising institution with a proud record of innovation and excellence in education, research and scholarship. The dynamic, entrepreneurial and pioneering values which drive UL’s mission and strategy ensures that we capitalise on local, national and international engagement and connectivity.  We are renowned for providing an outstanding student experience and conducting leading edge research.

Vicky Nguyen is named Editor of the iMechanica Journal Club

Submitted by Anonymous (not verified) on

Vicky Nguyen, of the Johns Hopkins University, is named Editor of the iMechanica Journal Club.  Vicky has a broad vision for mechanics, and has made contributions to diverse topics.  in 2008, she received the Presidential Early Career Award for Scientists and Engineers.  In 2013, she received the

Scanning AC nanocalorimetry study of Zr/B reactive multilayers

Submitted by nanomicroscience on

The reaction of Zr/B multilayers with a 50 nm modulation period has been studied using scanning AC nanocalorimetry at a heating rate of approximately 1,000 K/s. We describe a data reduction algorithm to determine the rate of heat released from the multilayer. Two different exothermic peaks are identified in the nanocalorimetry signal: a shallow peak at low temperature (200 - 650°C) and a sharp peak at elevated temperature (650 - 800°C).