Blog posts
Ph.D. position in Mechanics of Advanced Multifunctional Materials - Technion – Israel Institute of Technology
Ph.D./Master position in the field of mechanics of materials is available at the Department of Aerospace Engineering, Technion - Israel Institute of Technology. The position starts on Oct. 1, 2014 or soon thereafter. Excellent candidates with deep knowledge in nonlinear elasticity, experience in finite element simulations, and/or with strong experimental background are encouraged to apply. Our group employs a mix of theoty, numerical simulations and experiments combined with 3D printing.
C/C++/Csharp VS Fortran, Which language is preferable for computational Mechanics?
Dear All,
Please give your valuble comments on the subject: C/C++/Csharp VS Fortran, Which language is preferable for computational Mechanics?
How to study a inverse problem? Know the orbit, solve the constraint condition.
Dear all,
Now I face a noval problem, and I do not know how to deal with it, even cannot begin the first step.
As we know, the formulation of a classical mechanical question is given the initial condition and the constraint condition, and solve the unknown orbit. Now I face a inverse problem. I know the initial condition and the orbit, and would like to solve the unknown constraint condition.
Is there anyone could give some seggestion, I don't know how to do it. Thanks.
Best.
Selection of element bsed on the location in abaqus using python script.
Hi
I'm facing problem while writing a script for a parametric study.
After changing the each parameter the model changes and and the loaction of the interested element changes based on those parameters.
Also the element number changes.
Is there any command in python script to choose the elements based on the location ?
Thank you in advance
Rajesh Kumar
Master’s (Research)/Ph.D position available in Aerospace Engineering at Texas A&M
A Ph.D. position is available at Texas A&M University in the Aerospace department to work on interactions between fatigue and creep (permanent deformation due to a constant mechanical stress applied) at high temperature in a superalloy. More information are in the attached file.
The candidate should have obtained a Bachelor’s or a Master's degree with a strong background in materials science, mechanical engineering or any related field. An interest for both experimental and numerical approaches is expected from the successful candidate.
University of Michigan Continuum Physics and FEM lectures available online
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The Geometry of Discombinations and its Applications to Semi-Inverse Problems in Anelasticity
The geometric formulation of continuum mechanics provides a powerful approach to understand and solve problems in anelasticity where an elastic deformation is combined with a non-elastic component arising from defects, thermal stresses, growth effects, or other effects leading to residual stresses. The central idea is to assume that the material manifold, prescribing the reference configuration for a body, has an intrinsic, non-Euclidean, geometric structure. Residual stresses then naturally arise when this configuration is mapped into Euclidean space.
Masters/Ph.D position available
On behalf
A fully funded Masters or Ph.D student position is available @ Monash University, Malaysia Campus. The project will be supervised by Dr.Ean Hin OOI (http://scholar.google.com.sg/citations?user=SAj61qwAAAAJ&hl=en ). Kindly email your enquiries to Ooi.Ean.Hin [at] monash.edu (Ooi[dot]Ean[dot]Hin[at]monash[dot]edu)