FEBio - a finite element tool for biomechanics
Via Jeff Weiss :
Via Jeff Weiss :
Dear all,
Infinity asked me for posting more information about one of our papers. It was published in 2006 in Rubber Chemistry and Technology and proposes a comparison and a ranking of 20 different hyperelastic constitutive models for rubber (from the Mooney model (1940) to the micro-sphere model (2004)) in the incompressible case.
Marckmann G. et Verron E., Comparison of hyperelastic models for rubberlike materials, Rubber Chemistry and Technology, 79(5), 835-858, 2006.
The program for the 2nd International Conference on the Mechanics of Biomaterials & Tissues, to be held on the beautiful island of Kaua'i in December, is now available on the website at www.icmobt.elsevier.com. Network with your fellow researchers working in this exciting field by registering for this well-received meeting. Anybody registering before 26 October is eligible for a 10% discount off the full conference fee.
I look forward to seeing you in Lihue on December 9.
Dean Eastbury
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TONGJI UNIVERSITY DEANSHIPS & FACULTY POSITION
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Civil, Structural, Environmental and Petroleum Engineering Division
founded and sponsored by Elsevier Limited (awarded under the auspices of IUTAM)
Hi, all
Molecular dynamics (or MC) is a powerful tool in the protein research. There're lots of scientific works in this field, which deepen our understanding gradually. My question follows, "how about the continuum mechaics in protein research".
Any discussions and advices are appreciated.
Kong 5th Sep 2007
The US-China NSF Workshop and Summer Institute of
Bio- and Nano-Mechanics and Applications (UCWSI2007)
August 31 -- September 4, 2007
Beijing, China