The 2016 winner of the Robert J. Melosh Medal is Maruti Kumar Munuduru, with the paper “Structure-Preserving Finite Element Formulations for Advective-Diffusive-Reactive Systems.” Maruti earned a Ph.D. Degree from the University of Houston, and is currently a post-doctoral appointee at Los Alamos National Laboratory.
The other five finalists in the competition were (in alphabetical order):
Recent Progress in Curvilinear Electronics and Mechanics
Jianliang Xiao
Department of Mechanical Engineering, University of Colorado Boulder
1. Introduction
Discrete dislocation dynamics simulations were performed to investigate the dislocation microstructure evolution and cyclic hardening during the early stages of fatigue loading in nickel single crystals. The effects of the crystal size and initial dislocation densities on both the mechanical response and the evolution of dislocation microstructure were quantified. Crystals having an initial dislocation density of 1012 m−2 and diameter less than do not show any dislocation density multiplication or cyclic hardening.
We have PhD student positions available who are interested in soft tissue biomechanics of the brain. Work will involve developing sophysticated, yet efficient computational models of the human brain to study the mechanisms of brain injury. This work is supported by NIH grants.
In addition, we have openings for visiting students or visiting scholars who have their own funding to stay in the lab.
Interested applicants please contact: Songbai.Ji [at] dartmouth.edu
For visiting positions, please clarify your funding sources and the eligibility to work in the lab.
Akanksha Garg, Craig Maloney
(accepted mannuscript in Journal of Mechanics and Physics of Solids)
These fragments of notes are intended for a course on fracture mechanics, but I have always run out of time, and have never managed to go over them in class. Some of the ideas are mentioned in various parts of the class. I have also listed refeences and review articles.
We would like to invite you to submit abstracts to the symposium on Mechanics and Electrochemistry of Energy Materials at the 53rd Annual Technical Meeting of the Society of Engineering Science (SES 2016) to be held at University of Maryland College Park (October 2-5, 2016).
Symposium Description
The stress intensity factor and Young's Modulus
It is evident that stress intensity factor considered as the most important factor in fracture mechanics which used for evaluating the stress state near to tip crack . However this factor depends up many parameters (such us normal loading, cracks size and its geometry). my question is as follow
The stress intensity factor is depend of Young's modulus, How to identify the effect of Young's modulus on the variation of stress intensity factors.
Experimental studies recently performed on single cancer and healthy cells have demonstrated that the former are about 70% softer than the latter, regardless of the cell lines and the measurement technique used for determining the mechanical properties.
Dear Colleagues,
We would like to invite you to consider submitting abstracts to the following minisymposium taking place as part of the Soceity of Engineering Sciences meeting to be hosted by the University of Maryland (October 4-7, 2016)
D-9 :Friction, Fracture and damage (http://ses2016.org/symposium-d-9-friction-fracture-and-damage/)
Ahmed Elbanna (University of Illinois Urbana Champaign) and K. Ravi-Chandar (University of Texas at Austin)
