Paper II.  A METHOD OF GEOMETRICAL REPRESENTATION OF THE THERMODYNAMIC PROPERTIES OF SUBSTANCES BY MEANS OF SURFACES, 1873

Nanobrücken 2016: A Nanomechanical Testing Workshop & Hysitron User Meeting will take place March 2nd - 4th, 2016 at the INM - Leibniz Institute for New Materials in Saarbrücken, Germany. This will be the 6th edition of the now-annual Nanobrücken workshop series. 

As in the past, the workshop is open to all aspects of nanomechanical and nanotribological testing, including biomechanical, in-situ experimentation and theory/simulation.

Phd subject :

Applications are invited for a postdoctoral and a PhD studentship position at the University of Delaware Center for Composite Materials (CCM) focused on multiscale modeling and experiments of high performance ballistic fibers and composites

http://purdueresearchpark.com/job/1453233199-project-engineer

Ph.D. level, staff scientist and/or postdoctoral positions in otolaryngology/mechanical engineering with foci on development of several types of surgical tools and biophysical studies are available in an interdisciplinary team of a NIH-funded project headed by Professor Anil Lalwani, MD, and Professor Jeffrey Kysar, PhD, at Columbia University, in New York, New York, USA. The successful applicants will join a dynamic, interdisciplinary group of researchers including otolaryngologists, mechanical engineers, clinicians, and neuroscientists.

There is an increasing demand for flexible, skin-attachable, and wearable strain sensors due to their various potential applications. However, achieving strain sensors with both high
sensitivity and high stretchability is still a grand challenge. Here, we propose highly sensitive and stretchable strain sensors based on the reversible microcrack formation in composite thin
films. Controllable parallel microcracks are generated in graphite thin films coated on elastomer films. Sensors made of graphite thin films with short microcracks possess high

I am an experienced professional in structure borne sound, structural and machinery dynamics, vibro-acoustics, and now actively looking for a career opportunity in R&Ds or in Industries. Ph.D. in acoustics & vibration, around 5 years of work experience in R&Ds and Industries, published articles in reputed international Journals and Conferences with modelling, simulation, testing and analysis experience backed by relevant course-works. In achieving this, I have shown myself to be self-motivated, committed and determined in arriving at my goals.

The aim of the PhD is to develop a micromechanical model for forming of non-crimp fabrics (NCFs), and use this to optimise the pre-forming process for manufacture of complex shapes. The work will include both experimental work and finite element modelling. The work will benefit from close links with industrial partners Formax (manufacturer of NCFs), Simulia (developers of Abaqus forming simulation tools) and Jaguar Land Rover.