Wafer-recyclable, Environment-friendly Transfer Printing for Large-scale Thin-film Nanoelectronics - Proceedings of the National Academy of Sciences, 2018
Abstract
I am looking to fill a few project positions in the next couple of months on the following topics in Fracture Mechanics at the Department of Applied Mechanics, Indian Institute of Technology (IIT) Delhi:
Required skills for all positions are excellent fundamentals in solid mechanics and good technical writing skills. Desirable skills are bracketed.
P-1. Molecular dynamics simulation of fracture in amorphous solids (Programming and LAMMPS)
P-2. XFEM simulation of fracture in brittle solids (Programming and FEM)
Dear iMechanica readers,
There is a new opening for research scientist position in Schlumberger, located in Cambridge Massachusetts. The position is on the area of physics-based and data-driven simulation of mechanical/fluid/thermal processes. Please feel free to forward the attached job description to others who may be interested.
Thanks.
Regards,
Tianxiang
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Job Title: Research Scientist in Intelligent Automation
One MSc position is available for Winter 2019 in Mechanical Engineering or Bioresource Engineering Department of McGill University. The research is on the field of “3D printed composites”.
Agency
Texas A&M Engineering
Department
Materials Science and Engineering
Proposed Minimum Salary
Commensurate
Job Location
College Station, Texas
Job Type
Faculty
Job Description
Agency
Texas A&M Engineering
Department
Materials Science and Engineering
Proposed Minimum Salary
Commensurate
Job Location
College Station, Texas
Job Type
Faculty
Job Description
This is a three-year postdoc position looking at the mechanical behaviour of nano and micro-structured interfaces at University of Glasgow. In the broadest sense, the project aims to look at how nano and micro structuring of interfaces can lead to improved designs for frictional interfaces, adhesively bonded interfaces and lubricated contacts.
Smoothed Particle Hydrodynamics (SPH) modelling of hydraulic turbines.
We have always modelled crack propagation under monotonic/static loading in metals assuming isotropic hardening. However, we show that anisotropic/kinematic hardening effects play a significant role due to non-proportional straining with crack advance; the isotropic hardening idealization leads to steady state fracture toughness predictions that could be 50% lower. I hope that some of you find this work interesting.
Emilio Martínez-Pañeda, Norman A. Fleck. Crack Growth Resistance in Metallic Alloys: The Role of Isotropic Versus Kinematic Hardening.
Dear colleagues,
We would like to invite you to attend a special workshop on funding opportunity for computational mechanics in WCCM New York on July 26th, 2018 (9:45am - 11:45am, Skybridge Lobby 16th Floor Marriot Marquis NYC). More Details can be found in the attachment.
Best Regards,
WaiChing Sun
