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Postdoctoral Position within the ERC Starting Grant MuSIC -- Modeling and SImulation of Cancer growth
Job:
Undertake research as a Postdoc within the project MuSIC - Modeling and SImulation of Cancer growth. This project is funded by an ERC Starting Grant.
The applicants are expected to hold a PhD in Biomedical Engineering, Biomechanics, Computational Biology, Computational Biophysics, or a related field. The successful candidate will probably have several publications in international scientific journals. It is assumed that the applicants will have a good command of English language.
Benefits:
Symposium on Interface failure in thin film structures and composite materials at EUROMAT 2013 Sevilla, Spain, 8-13 September
Symposium on Interface failure in thin film structures and composite materials at EUROMAT 2013 Sevilla, Spain, 8-13 September 2013
At the EUROMAT 2013 (European Congress and Exhibition on Advanced Materials and Processes), taking place in Sevilla, Spain, September 8th -13th 2013, there will be an organized symposium titled "Interface failure in thin film structures and composite materials." The aim of this planned symposium is to discuss recent developments in the area of interface failure and the governing mechanisms.
BMW and Ethicon Endo Surgery to Keynote 2013 SCC
partition of faces in abaqus 6.10
can any body help how to partion faces of solid shell and assing material to surface and core of the shell
PostDoc position / PhD position
The Helmholtz-Institute of Materials Research in Geesthacht, Germany, invites applications for a Scientific researcher m/f.
The position is initially limited for one year with the possibility of an additional three-year-extension (starting as soon as possible).
Position for expert FEA analyst available at Dallas area, Texas
Please apply online. Do not contact me; I do not work in the company.
The Research and Computer Aided Engineering group at Carrollton Technology Center of Halliburton is looking for an expert FEA analyst at principal engineer level. This position requires
1) Extensive experience with nonlinear finite element analysis and fundamental understanding and knowledge of Solid Mechanics.
2) In depth knowledge of finite element method, extensive experience with commercial FEA software, such as ABAQUS is highly desired.
Simulation of Hail Impact Using the Smoothed Particle Hydrodynamic Method in Abaqus/Explicit
Ice or hail impact is an important design consideration in the aviation, energy, and astronautics industries. Physical testing of impact scenarios can be expensive and impractical. Numerical simulations provide cost effective and convenient tools for including hail impact scenarios in the design process.
Numerically simulating high speed ice or hail impact is challenging because of the extreme deformation, fragmentation, contact, and material model complexity.