Smart Structures and Materials: Smart materials technologiesSPIE--The International Society for Optical Engineering, 1998 - Biomimetics |
Contents
Thinthick piezoelectric films by electrophoretic deposition 332403 | 14 |
New microfabrication technique for electroactive ceramic and electrode materials 332404 | 20 |
Effect of grain size on actuator properties of piezoelectric ceramics 332405 | 28 |
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acid Addendum amplitude angle applied AR/R artificial muscles axial behavior carbon fiber ceramic closed cellular solid composite concentration Conference on Smart constant crystals curves cycle decrease deformation devices dielectric displacement domain wall E-field effect electric field electrical resistivity electrodes electromechanical electrostrictive embedded epoxy experimental fabrication ferroelectric force frequency function grain hysteresis increase ionic ionomer IPMC K-alloy kV/cm length linear load March 1998 SPIE martensitic matrix maximum measured mechanical modulus MV/m NiTi nonlinear optical fibers PAN fibers phase transition piezoelectric ceramics piezoelectric coefficient piezoelectric properties PMN-PT polarization polyaniline polyimide polymer pultrusion PVDF recovery torque resistance response Robotic Muscle sample sensor Shahinpoor shape memory alloy shear shown in Figure shows sintering SMA wire Smart Materials Smart Materials Technologies Smart Structures specimen SPIE Conference strain strip substrate temperature tensile thickness thin films Ti-Ni torque torsional actuator transformation tube uniaxial values voltage