http://ngm.nationalgeographic.com/2008/04/biomimetics/tom-mueller-text

Biomimetics

A Post-Doc Position is avalaible in Bio-Mimetic Adhesive Interfaces (EbioAdI) at the University of Mons-Hanaut, Belgium

Our recent experimental results on this sandwich structure of dragonfly wing vein.

With the beginning of the year 2008, the iMechanica journal club moves to two topics per month.  This first topic will be highlighted here for 1-14 January, with the next topic starting on 15 January. 

There has been much recent buzz about biology and nature, and about materials and structures that are “biomimetic” or “bio-inspired”.  A key distinction here, when compared with fields like tissue engineering, is that although information is obtained from natural objects, including biological tissues, the end-applications are industrial and not necessarily biomedical.

Nanoindentation testing of time-dependent materials is becoming increasingly relevant with advances in areas such as polymer science and the study of materials in biological systems. However, mechanical characterization at micrometer or nanometer length scales is not trivial in such materials that may be highly compliant, heterogeneous, or possess unique morphological characteristics. Although many researchers have made progress in overcoming key challenges that are involved in testing non-traditional materials, significant advancements must still be made to optimize testing methodologies and analytical techniques.

I am at Boston for MRS 2006 Fall meeting this week, where I met a real "spiderman" at the poster session tonight. I'd like to share with you the following videos which were posted at YouTube by the "spiderman" himself, Mr. Jose Berengueres at Tokyo Instititute of Technology.

Mr. "Spiderman" also has posted a video on fasting climbing robot.