Colleagues-

We would like to invite you to submit abstracts to our Symposium D-2 “Mechanics and Materials in the Oilfield”, at the SES, October 2-5 at University of Maryland in College Park, MD.   

Symposium D-2 “Mechanics and Materials in the Oilfield”

Please find the announcement of the position in the EURAXESS link

http://ec.europa.eu/euraxess/index.cfm/jobs/jobDetails/34093164

Best regards,

T. Stylianopoulos

Job Title Experimental Mechanics Postdoctoral Appointee

Job ID 653894

Location Albuquerque, NM Department 01528 

Hello,

I have a PhD position available for a project titled "A stochastic and computational approach for fracture modeling of quasi-brittle materials" funded by the U.S. National Science Foundation (NSF). This project homogenizes material properties using the so-called stochastic volume elements (SVEs). Based on the enderlying statistical properties derived from these SVEs, realizations of certain material properties are generated. These realizations are subsequently used for stochastic characterization of fracture response in quasi-brittle materials.

Dear colleagues,

You are cordially invited to submit abstract(s) to Symposium D-12 Mechanics, Materials, and Manufacture of Flexible and Stretchable Electronics at the 2016 SES meeting to be held at the University of Maryland-College Park during October 2-5, 2016. Abstracts can not be more than 350 words and are due on Wednesday, June 15, 2016.

Dear Colleagues,

We hope this message finds you well. We are organizing a symposium entitled "Mechanics of Biological and Bioinspired Materials" at The Society of Engineering Science (SES) 53^rd Annual Technical Meeting at University of Maryland, College Park, from October 2–5, 2016. The deadline abstract submission is June 15, 2016.

Confirmed Invited Speakers:

Philip Kim (Harvard University)

Huajian Gao (Brown University)

Markus Buehler (MIT)

Xi Chen (Columbia University)

Harold Park (Boston University)

Evan Reed (Stanford University)

A new computational technique for modeling dislocation interactions with shearable and non-shearable precipitates within the line dislocation dynamics framework is presented. While shearable precipitates are modeled by defining a resistance function, non-shearable ones are modeled by drawing a comparison between the two well-known Orowan and Frank–Read mechanisms. The precipitates are modeled directly within the dislocation dynamics analysis without the need for any additional numerical methods.

Dear Colleagues:

Please consider submitting abstracts to Symposium E-8: Dynamic Failure, Fragmentation, and Localization at the 53rd Annual Technical Meeting of the Society of Engineering Science to be held at the University of Maryland at College Park, October 2-5, 2016. 

The deadline for abstracts is June 15th, 2016.