Smart Materials and Structures

Dynamic transduction characterization of magnetostrictive actuators
pp. 115-120(6)
Authors: Ackerman A.E.; Liang C.; Rogers C.A.

Missile flight control using active flexspar actuators
pp. 121-128(8)
Authors: Barrett R.; Gross R.S.; Brozoski F.

Mechanical validation of smart structures
pp. 129-139(11)
Authors: Bronowicki A.J.; McIntyre L.J.; Betros R.S.; Dvorsky G.R.

Large-deflection and stress analysis of multilayered plates with induced-strain actuators
pp. 140-164(25)
Authors: Icardi U.; Sciuva M.D.

Finite-element modeling of a smart cantilever plate and comparison with experiments
pp. 165-170(6)
Authors: Kim J.; Varadan V.V.; Varadan V.K.; Bao X-Q.

Electro-mechanical impedance modeling of active material systems
pp. 171-186(16)
Authors: Liang C.; Sun F.; Rogers C.A.

Thick-aluminum-coated optical fibers: fabrication and sensor application
pp. 187-195(9)
Authors: Lisba O.; Soda H.; Jen C.K.; Motoyasu G.; McLean A.

Fiber optic sensors in concrete structures: a review
pp. 196-208(13)
Authors: Merzbacher C.I.; Kersey A.D.; Friebele E.J.

The performance of graphite - epoxy composite with embedded optical fibers under compression
pp. 209-215(7)
Authors: Mall S.; Dosedel S.B.; Holl M.W.

Optimal sizing and placement of piezo-actuators for active flutter suppression
pp. 216-224(9)
Authors: Nam C.; Kim Y.; Weisshaar T.A.

Interlacing for improved performance of laminates with embedded devices
pp. 225-229(5)
Authors: Shukla D.R.; Vizzini A.J.

Nonlinear opto-electromechanics and photodeformation of optical actuators
pp. 230-235(6)
Authors: Tzou H.S.; Chou C-S.

An optical fiber sensor system embedded in a non-circular cross-sectioned member
pp. 235-242(8)
Authors: Yang H.Y.; Wang M.L.

A piezoresistive carbon filament polymer-matrix composite strain sensor
pp. 243-246(4)
Authors: Shui X.; Chung D.D.L.