Salary : €37,000 per annum for Ph.D. students (Early Stage Researchers Marie Curie Fellows)
“Integrating Numerical Simulation and Geometric Design Technology (INSIST)” Leader: Prof. Timon Rabczuk, Weimar Marie Curie Initial Training Networks (ITN)
Call: FP7-PEOPLE-2011-ITN
A postdoctoral position is available in the Polymer Physics and Complex Fluids group at Institute of Physics, Academia Sinica. Candidates must have a doctoral degree in Physics, Physical Chemistry, Chemical Engineering, Materials Science, or Mechanical Engineering.
We seek highly motivated candidates with research interests/experiences in the following areas:
Dear Colleagues,
I wish to bring to your attention my recent work with Liping Liu on "A homogenization analysis of the field theoretic approach to the quasi-continuum method" to appear in the Journal of the Mechanics and Physics of Solids. Below is the abstract and attached is the preprint of the article. I will very much appreciate your comments and suggestions.
A Homogenization Analysis of the Field Theoretic Approach to the Quasi-Continuum Method
Dear Colleagues,
I would like to invite you to submit an abstract to the XFEM session of the
SES 2011 Annual Technical Meeting of the Society of Engineering Sciences which will be held this October 12-14, 2011, at Northwestern University in Evanston, Illinois.
The mini-symposium is seeking abstracts in the area(s) of enriched finite element methods, the extended finite element method and other related numerical methods. We welcome fundamental and applied abstracts relevant to this area.
The 2011 SIMULIA Customer Conference has concluded, but the memories of the hundreds of presentations, partner exhibits, and Flamenco entertainment at the banquet will last a lifetime! Check out our Blogs from the 2011 SIMULIA Customer Conference in Barcelona!
I'm trying to model in ABAQUS that crack density increases with an increasing strain. The single crack path could be either predefined or solution-dependent. It seems to me that seam crack is able to deal with predefined crack path, but could not deal with increasing crack number? XFEM is powerful and able to predict solution-dependent crack path, however, is it able to produce more and more cracks as the applied strain increases? Thanks for any help. Appreciate.
Hi,
I am writing to inform you about a new master in Computational Materials Science offered at TU Bergakademie Freiberg, Germany. It is an international master program, and all the lectures will be given in English.
To enhance multidisciplinary research, the program is open to students from different background, mechanical engineering, solid state physics and materials science.
