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Phononic crystal with adaptive connectivity: A new approach to 'smart' materials

In recent times, mechanical metamaterials and a phononic crystals have attracted the attention of some groups, as they allow to exploit on a larger scale phenomena known from solid state physics, such as the creation of band gaps at certain frequencies. The peculiarity of metamaterials is that their effective properties emerge from the periodic geometric organization of their unit cells rather than from the constituting bulk materials. Furthermore, metamaterials can be built in any size, ranging from the nanometer to the meter scale, and out of any material to suit different needs.

Roozbeh Sanaei's picture

ALBERTA

ALBERTA is an
Adaptive multiLevel finite element toolbox using
Bisectioning refinement and Error control by Residual
Techniques for scientific Applications. Its design is based on
appropriate data structures holding geometrical, finite element, and algebraic
information. Using such data structures, abstract adaptive methods for
stationary and time dependent problems, assembly tools for discrete systems, and
dimension dependent tasks like mesh modifications can be provided in a library.
This allows dimension-independent development and programming of a general class

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