I am pleased to share our recent paper on the growth and coalescence of voids in HCP single crystals (Balaji Selvarajou, Shailendra P. Joshi, Amine Benzerga).
https://www.sciencedirect.com/science/article/pii/S0022509618307300
Abstract
Job Description
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Requisition Title:Lead Modeling Scientist Job Number::180108JL
Schedule:Full-time Primary Location:USA-GA-Kennesaw Organization:Global R&T |
We have an open PhD position starting in the Fall semester 2019 at the Computational Laboratory for the Mechanics of Interfaces at the University of Tennessee - Knoxville (http://clmi.utk.edu). The research topic centers upon the modeling of texture evolution during processing conditions of titanium alloys using dislocation density based crystal plasticity. Efficient computational algorithms will be pursued to couple the specimen/part scale and the mesoscale.
IMDEA Materials Institute is a non-profit research organization located in Madrid, Spain, to carry out research activities in Materials Science and Engineering. More information can be found a www.materials.imdea.org
The research group of Multiscale Materials Modeling at IMDEA Materials is seeking a
Searching for PhD (thesis) candidate and Postdoctoral research associate, to work in Multiscale Materials Modeling, with special emphasis in crystal plasticity modelling with the finite element method.
We developed a Matlab toolbox (https://github.com/stabix) to analyze strain transfer in bicrystal and polycrystal, using EBSD and nanoindentation experimental data.
We know when a metal is subjected to proper loading, there exists plastic strain. A great part of plastic strain is developed from the slipping of the crystal planes of that metal in microstructure level. Now, when the load is uniaxial, it is simple to calculate the amount of shear strain acts on that plane. But, when the load is not uniaxial, the life is harder. It is very hard to calculate which slip plane feels how much shear strain.
Dear colleagues,
A postdoc position is immediately available in my research group. Experience on derivation, implementation, validation and verification of crystal plasticity model at finite strain is required. Knowledge on meshless method and/or phase field modeling is a plus but not required.
For further information, please visit our research group webpage listed below.
This is a reminder that the deadline to apply for the financial aid for the summer course in Udine is approaching: March 22.
Short course at Centre International de Sciences Mechanique (CISM), Udine.
May 22-26, 2017
Lecturers: S Forest, I Groma, D McDowell, S Mesarovic, J-N Roux, H Zbib
The flyer is attached. Register at: http://www.cism.it/courses/C1703/
Short course at Centre International de Sciences Mechanique (CISM), Udine.
May 22-26, 2017
Lecturers: S Forest, I Groma, D McDowell, S Mesarovic, J-N Roux, H Zbib
The flyer is attached. Register at: http://www.cism.it/courses/C1703/
Summary
