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Funded PhD Fellowship in Multiscale Computational Mechanics of Bone Fragility in T2 Diabetes

Submitted by tedvaughan on

The Biomechanics Research Centre (BioMec) at NUI Galway is seeking applications for a funded-PhD position in Multiscale Mechanics of Bone Fragility in Type-2 Diabetes for a project funded by the European Research Council Starter Grant Scheme, under the supervision of Dr. Ted Vaughan (Google Scholar).

How Air Force experts review our advanced mechanics research?

Submitted by L. Roy Xu on

I always feel puzzled that the cost of the F35 increases at “a supersonic speed”. Now based on our proposal review process, I might find some partial answers.  In 2017 and 2018, we (including a full professor at a leading research university in the US) submitted two research proposals to the Air Force Office of Scientific Research (AFOSR). Our proposal in 2017 had 7 technical concerns, but our proposal in 2018 didn’t improve at all, and had more than 30 technical concerns..

2019 ASME Congress invitation-Dynamic failure of materials and structures

Submitted by L. Roy Xu on


interfacial crack initiated from a polymer notch (click here to view this YouTube video from our experiment),     read more below to submit your abstracts

Prof. Jun Xu, Dr. Scott Grutzik, and I organize one topic on “Dynamic failure of materials and structures” for 2019 ASME Congress. We invite you, your colleagues and group members to submit short abstracts before ASME’s deadline of Feb 25, 2019. More details below: 

PhD positions at George Mason University, ME Department (Controls in brain-computer interface & healthcare)

Submitted by rbighami on

Applications are invited for PhD positions at the Algorithms in Medicine and Neuro-Technology Lab (AIMAN Lab) in the Department of Mechanical Engineering at George Mason University, Fairfax, VA.

Research
The AIMAN Lab pursues fundamental breakthroughs in biomedical cyber-physical systems. The lab’s primary research focuses on application of mathematical modeling, controls and estimation theory, and machine learning in health information technology including decision support and automated care systems, with the intention of improving the quality of healthcare, as well as brain-computer interfaces to bring neuro-enhancements to the daily consumer.

Application
Interested researchers with passion in digital healthcare and neuroscience are encouraged to send their CV to Dr. Ramin Bighamian at rbighami [at] gmu.edu.

Qualification
Experience in controls engineering, estimation theory, machine learning, MATLAB
A Master's degree in mechanical engineering, electrical engineering, or other related disciplines.

Solving incompressible finite elasticity without tears

Submitted by Ju Liu on

Solving incompressible elasticity has been quite challenging numerically. The conventional approach for handling incompressibility is the so-called penalty method. A volumetric energy term enters into the strain energy and penalizes the volumetric deformation. One straightforward issue is that the penalty parameter goes directly into the tangent matrix. The bigger the penalty parameter, the worse the condition number of the matrix. This is really a manifestation of the ill-posedness of theories based on the Helmholtz free energy, in my opinion [3].

One week intensive DIC course, 1-5 July, Ghent, Belgium

Submitted by Fabrice Pierron on

The 7th edition of the International Digital Image Correlation (DIC) course will be held in Ghent, Belgium, 1-5 July 2019. There are still a few seats available (total participation limited to 20 to ensure maximum interaction). The course consists of lectures, hands-on data processing sessions and labs (camera set-up, 2D DIC and Stereo-DIC). Details and registration available here.