Improved robustness for nearly-incompressible large deformation meshfree simulations on Delaunay tessellations
Abstract
Post-Doctoral Researcher Position in Computational Mechanics of Materials
Computational Mechanics Research Laboratory (CMRL)
Johns Hopkins University, Baltimore Maryland
Check out Dr. Tim Fuller's work at http://nbviewer.ipython.org.
-- Biswajit
Could some one kindly explain me what is the advantages of using master/slave surfaces in contact problems? Indeed, when we should use master/slave strategy? Best
You will be hired for a 24 months assignment starting as soon as possible by
Vesuvius Company (Belgium) on a FP7 Marie Curie-IAPP project, in cooperation with
a very active group in Solid Mechanics at University of Trento.
The candidate will implement the constitutive models developed for high- temperature behaviour
of materials in external routines for finite elements computations and tested to judge the
numerical stability and accuracy. The software will be subsequently employed in the design
Modeling and Simulation Engineer – FEA
Category: Full-time position in industry
Employer: Schlumberger Technology Corporation
Location: United States, Texas, Sugar Land
Opening Date: 07/06/2015
Job Description
The Mechanics at Extreme Temperatures Lab at Utah State University is looking for qualified research assistants at the PhD level for Fall 2015. Research will be focused on mechanical characterization of two materials for advanced aerospace applications:
1. Molybdenum-base superalloys for advanced propulsion systems, and
2. Ultra-high temperature ceramics for the leading edges of spacecraft and hypersonic aircraft.
If you are strongly motivated to work with a very active group in Solid Mechanics,
we have a PhD position (3 years) available from June 2015,
but the deadline for application is May 14, 2015!
The position is on a EU grant and is addressed to numerical/theoretical modelling of ceramics.
For details on the application see the attachment.
This one hour free webinar will present design and optimization approaches for systematic design of high performance axial turbines and compressor stages. During the session we will highlight the key advantages of using 3D Inverse Design and TURBOdesign Suite for the design and optimization of all axial rotors and stators, including unique component and stage matching capabilities to help shorten the design times and costs, while achieving high efficiency and reliability.
During the webinar we will highlight three design cases: