Alexander Wang sac pas cher

Switch language

Intet replika Rolex ur er komplet uden high-end autentiske Rolex tilfælde til at holde dem sikre. Holdbar og luksuriøs,luksus replika ure danmark disse er perfekte til en fornuftig opbevaringsløsning eller en autentisk præsentation.

Adaptive metacomposites highlighted on the cover page of IEEE Sensors Journal

 Adaptive Metacomposites for Vibroacoustic Control Applications

Source: IEEE SENSORS JOURNAL

Volume: 14 - Issue: 7 - Pages: 2145-2152 -DOI: 10.1109/JSEN.2014.2300052

Published: JUL 2014

 

Adaptive Metacomposites for Vibroacoustic Control Applications

By:Collet, M (Collet, Manuel)[ 1 ] ; Ouisse, M (Ouisse, Morvan)[ 1 ] ; Tateo, F (Tateo, Flaviano)[ 1 ]

Abstract

Research activities in smart materials and structures are very important today and represent a significant potential for technological innovation in mechanics and electronics. The growing interest of our society in the problem of sustainable development motivates a broad research effort for optimizing mechanical structures in order to obtain new functional properties such as noise reduction, comfort enhancement, durability, decreased ecologic impact, and so forth. In order to realize such a multiobjective design, new methods are now available, which allow active transducers and their driving electronics to be directly integrated into otherwise passive structures. This new concept could allow fine control of the material physical behavior to induce new functional properties that do not exist in nature and that cannot be introduced by passive approaches. In this sense, we can speak of integrated distributed adaptive metacomposites that merge with the notion of programmable material. Through two different examples dealing with active acoustical impedance and elastodynamical interface, this paper presents theoretical tools and validations for designing specific applications of this new technology.

fake Alexander Wang taschen
Alexander Wang bolsos españa