The Computational Alloy Design group of IMDEA
Materials Institute (Madrid, Spain) seeks a PhD student in materials/mechanical/metallurgy
engineering or physics) to work in the area of mesoscale modeling. The selected
candidate is expected to carry out the research on phase field modeling of the
microstructure development for TiAl intermetallics during the solidification
and casting processing under the supervision of a project leader. Upon
the completion of the doctoral study (4 years),
hi, I am working on soil modeling and facing problem on defining erosion property of soil, please help me for defining erosion property of soil
thankn you
Dear Colleagues:
We are organizing a track entitled "Mechanics of Multifunctional Materials" at PACAM XIII (May 22-24, 2013, Houston) (http://www.conferencetoolbox.org/PACAMXIII/CallForPapersDetail.cfm). The tentative submission deadline is Jan 15, 2013. Below is a brief description of the track.
A post-doctoral researcher is sought for
molecular dynamics simulations of water and contaminant flow through polymeric
membranes. The position will involve theory, molecular dynamics
simulations, and writing papers and proposals. The ideal candidate will
have a PhD in physics, chemical engineering, or mechanical engineering with
experience in molecular dynamics simulations. Strong writing skills are
mandatory. The appointment is for one year, starting as soon as
possible. The research will be performed at Northwestern University,
HI everyone,
I am actually pretty confused about how to determine the correct time step increment in ABAQUS in a non-linear analysis. I first faced this problem when I used Hashins damage to capture in-plane shear response of the composite . The response which is bilinear graph depends a lot on the initial time step I give for the analysis i.e., for some time steps there is no bilinearity , only a single straight line. This has led to great confusion in my mind whether my model has a problem or whether ABAQUS itself has this problem.
Dear Colleagues:
You may have heard that Brown University will host the SES 50th Annual Technical Meeting and ASME-AMD Annual Summer Meeting (July 28-31, 2013). It is our great pleasure to welcome you to submit abstracts to a symposium -- Nanoindentation and Related Materials Phenomena at Small Scales. Attached is the call for abstract document.
Please visit http://www.brown.edu/Conference/ses2013/ for important dates, abstract submission, and conference registration information.
