Cable FEA modelling
A 2014 paper on cable FEA modelling
A 2014 paper on cable FEA modelling
The aim of the workshop is to gather experts from all over the world to update advances in computational methods in vibration and acoustics and to foster an environment conducive to exchanging ideas and information. The workshop will provide a common platform to bring together researchers, engineers, scientists, scholars and students to exchange and share their new ideas in broader domain of vibration and acoustics and discuss the practical challenges encountered and the solutions adopted.
The Department of Aerospace Engineering at the Indian Institute of Technology, Madras is seeking to fill Assistant Professor vacancies in the following research areas.
1) Experimental Structural Mechanics/ Composites
2) Airplane Aerodynamics
3) Control of Aerospace vehicles
4) Aircraft Design (aerodynamic/structural)
Congratulations to the winners of the 2014 Best Paper Awards!
2014 Best Paper Awards:
What is the difference between defining a velocity condition (axial and/or rotational) in the boundary condition option and the Predefined field option.
it seems that they both work when I define them for the same case I am working on?
Many thanks
The Sonny Astani Department of Civil & Environmental Engineering at the University of Southern California has two faculty position openings. Details can be found at http://cee.usc.edu/facultysearch .
Teledyne Scientific Company announces the opening of a new position at its Thousand Oaks, California facility. This position offers you the opportunity to utilize and expand your academic training in mechanical engineering. The position will be associated with Teledyne Scientific Composite Materials group. The group has been for the past 20 years at the forefront of the design and characterization of materials for extreme environments including unique types of high-temperature composites for the aerospace industry.
I post the links to some of our recently published papers on magneto-elasticity. These are iron-filled elastomers whose mechanical properties can be influenced by the application of a magnetic field. A continuum theory that accounts for magneto-mechanical coupling as well as rate-dependent energy dissipating deformations is presented.
I also attach post-print versions of these articles here. Hopefully, they can be useful for some people working in this field.