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Endurica LLC (www.endurica.com) is a growing, high-technology, small business startup with customers in the defense, heavy equipment, offshore, and automotive sectors. We deliver world-leading solutions and services for managing elastomer durability issues at the conceptual / CAE stage. We are located in Findlay, Ohio.

We are seeking a full time Engineering Analyst to develop and execute analysis projects, and to support customers in their applications of Endurica’s fatigue analysis technology.

The Rubber Division, ACS is now accepting online
abstract submissions for the 182nd Technical Meeting being held during the
Rubber Expo at the Duke Energy Center, October 9-11, 2012, in Cincinnati, OH,
USA.  Papers will be judged and awards presented
for Best Paper and Best Paper - Honorable Mention.

Official Call for Papers:
http://rubber.confex.com/rubber/182/cfp.cgi

Abstracts Due: Friday, May 18, 2012

Final Papers Due: Friday, August 31, 2012

2012 SIMULIA Community Conference

May 15-17, 2012 – Providence, Rhode Island

Join our international gathering of simulation experts



Early Bird Discount—save $100 off the SCC registration fee!

Advanced Seminars; 90+ Customer Presentations; Network with Peers; Engage with SIMULIA Managers; Discover Complementary Technologies

Many people puzzle over the nomenclature of the pure shear test. They rightly point out that 1) the Pure Shear test piece is loaded in tension by extending the specimen in the axial direction, and 2) a shearing deformation, by definition, involves the lateral motion of parallel planes. They wonder where is the "shear"? and what does it mean to say that the shear is "pure"?  Here, we review the origins of the terminology. 

Can anybody suggest a good beginners book in micromechanics? I recently started working on ceramics and relatively new in this field. thanks.

Regards

Farah Huq

Johns Hopkins University

i'need to  initial geometric imperfection of a localized buckling behavior of unstiffened thin plate will be analyzed. Code Abaqus finite element analysis can be used for this purpose. Since a default is not always in isolation, the interaction between several localized defects will be considered. A parametric study will be conducted on the effect due to the interaction by using an experimental and numerical analysis of variance.

thank you.

I am seeking advice on the capability of using Finite Volume Method to solve Hyperelastic Solid deformation. Can anyone help me to get a proper direction to analyze very large deformable structural problems?

Thanks,

S. Mitra