Implementation of the ‘smart’ rotor concept - Wind Power Generation and Wind Turbine Design - page 504

[43] Hopkins, M., Henderson, D., Moses, R., Ryall, T., Zimcik, D. & Spangler, R.,

Active vibration suppression systems applied to twin tail buffeting. Proc.
of SPIE Conf. on Smart Structures and Materials 1998: Industrial and
Commercial Applications of Smart Structures Technologies , SPIE, 1998,
volume 3326.
Heinze, S. & Karpel, M., Analysis and wind tunnel testing of a piezo-

[44]

electric tab for aeroelastic control applications. Journal of Aircraft , 43 ( 6 ),
pp. 1799-1804, 2006.
Raja, S. & Upadhya, A., Active control of wing fl utter using piezoactuated [45]

surface. Journal of Aircraft , 44 , pp. 71-80, 2007.
Kudva, J. & et al., Overview of the DARPA/AFRL/NASA Smart Wing pro- [46]

gram. Proc. of the SPIE Conf. on Industrial and Commercial Applications
of Smart Structures Technologies , 1999.
Martin, C., Bartley-Cho, J., Flanigan, J. & Carpenter, B., Design and fab- [47]

rication of smart wing tunnel model and sma control surfaces. Proc. of the
SPIE Conf. on Industrial and Commercial Applications of Smart Structures
Technologies , 1999.
Bartley-Cho, J. & [48] et al. , Development of high rate, adaptive trailing edge

control surface for the smart wing phase 2 wind tunnel model. Journal of
Intelligent material systems and structures , 15 , pp. 261-267, 2004.
Moorhouse, D., Detailed defi nition and guidance for application of tech-

[49]

nology readiness levels. Journal of Aircraft - Engineering notes , 39 ,
pp. 190-192, 2002.
Boller, C., [50] Adaptive Structures, Engineering Applications , J. Wiley and Sons,

chapter Chapter 6, Adaptive Aerospace Structures with Smart Technology -
A retrospective and Future View, 2007.
Straub, F., A feasibility study of using smart materials for rotor control.

[51]

Smart Materials and Structures , 5, 1996.
Bothwell, M., Chandra, R. & Chopra, I., Torsion actuation with extension- [52]

torsion composite coupling and a megnetostrictive actuator. AIAA Journal ,
33 ( 4 ), 1995.
Lee, T. & Chopra, I., Design of piezostack-driven trailing-edge fl ap actua- [53]

tor for helicopter rotors. Smart materials and structures , 10 , pp. 15-24,
2001.
Enenkl, B., Kloppel, V., Preiler, D. & Jänker, P., Full scale rotor with piezo-

[54]

electric actuated blade fl aps. Proc. of the 28th European Rotorcraft Forum ,
2002.
Centolanza, L., Smith, E. & Munsky, B., Induced-shear piezoelectric actua- [55]

tor for rotor blade trailing edge fl aps. Smart materials and structures , 11 ,
pp. 24-35, 2002.
Chopra, I., Recent progress on the development of a smart rotor system.

[56]

Proc. of the 26th European Rotorcraft Forum , 2000.
Hall, S. & Prechtl, E., Development of a piezoelectric servofl ap for [57]

helicopter rotor control. Smart Materials and Structures , 5 , pp. 26-34,
1996.