The authors' vision of the way forward in multifunctional materials and structures is presented. Their opinion reflects the growth of research activities in the subject area evolved from those of smart materials and adaptive structures. Their ultimate goal is to create the knowledge to enable a new concept of multifunctional materials and structures for autonomic systems, which captures a deeper level of integration of functions between control, transduction, and structure.
LeoD. J.Smart material systems: analysis, design, and control, (John Wiley, New York.2006)
2.
ThomasJ. P.QidwaiM. A.Acta Mater.52 (2004): 2155
3.
KramerB. A.KoulouridisS.ChenC. C.VolakisJ. L.‘A novel reflective surface for an UHF spiral antenna.’IEEE Antennas and Wireless Propagation Lett.5 (1) (2006): 32
4.
ZhouY.BayramY.DaiL.VolakisJ. L.‘Conformal load-bearing polymer-carbon nanotube antennas and RF front-ends. In Proceedings of IEEE Symposium on Antennas and Propagation, Charleston, South Carolina,’ 1–7 June 2009.
5.
WhiteS. R.SottosN. R.MooreJ.GeubelleP.KesslerM.BrownE.SureshS.ViswanathanS.‘Autonomic healing of polymer composites.’Nature409 (2001): 794
6.
SottosN. R.WhiteS. R.BondI.‘Introduction: Self-healing polymers and composites.’J. Royal Soc.: Interface4 (13) (2007): 347
PriyaS.InmanD. J.Energy harvesting technologies, (Springer Verlag, New York2009)
10.
InmanD. J.GrissoB. L.‘Adaptive structures for structural health monitoring.’ In Adaptive structures — engineering applications (Eds WaggD.BondI.WeaverP.FriswellM.), 2007, p. 1 (John Wiley, New York).
11.
LeeB. L.DelongH.ChangJ. ‘Neurological system-inspired multifunctional materials design for autonomous state awareness against exogenous threats.’ FY09 MURI Topic #10, ONR BAA Announcement Number 08-019 (2008)
