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Blog posts
Research Technician in Experimental Engine Combustion
KAUST (King Abdullah University of Science and Technology)
Research Technician in Experimental Engine Combustion
Position Summary:
Post docs on multiscale methods and error estimation (3 posts) DEADLINE: 15 December 2011
3 post-docs (3 years initially, and up to 5 years) are available in Cardiff on multiscale methods and error estimation.
Salary:
£24370 - £28251 per annum (Grade 5), £29972 - £35788 per annum (Grade 6).
Please apply here: http://www.cardiff.ac.uk/jobs/engin/research-assistants--research-assoc…
Feel free to EMAIL me for details: stephane DOT bordas AT alum DOT northwestern DOT edu
An XFEM PhD position
A University funded PhD studentshipDevelopment of an XFEM composite model in progressive damage analysis of fibre composites University of Portsmouth – School of Civil Engineering and Surveying, Faculty of Technology Application deadline: 31st January 2012
ABAQUS/ Explicit help
Hi,
I'm trying to simulate wave propagation in composite materials using ABAQUS/Explicit but can't run the simulation (when creating and using a isotropic material it works), would be realy grateful for som tips how to solve it.
International Symposium on Materials for Wind Energy Applications
September 17-19, 2012, Beijing, P.R. China
Overview and Objectives
Brown University Alumnus Ares Rosakis Receives Eringen Medal from Society of Engineering Science
Ares Rosakis Sc.M.’80 Ph.D.’83 from Brown University was awarded the 2011 A. CermalEringen
Medal of the Society of Engineering Science (SES) in recognition of
hissustained contributions to dynamic fracture mechanics and methods to
determinestresses in thin film structures. Medalists for 2011 were
announced at therecent 48th Annual Technical Meeting of SES at
Northwestern University.
Journal Club Theme of December 2011: Mechanics of Porous Materials
Porous materials can be created by a variety of methods and exhibit properties that are advantageous in certain applications, e.g. insulation, energy absorption, and core materials in sandwich panels. As the length scale of the pores/ligaments is reduced below one micron, size effects arise and cause changes in the deformation mechanisms that operate in the ligament material. The mechanical properties can change dramatically, especially for so-called “nanoporous metals”, which have pores and ligaments as small as a few nanometers.