TY - JOUR
T1 - Standards for dielectric elastomer transducers
AU - Carpi, Federico
AU - Anderson, Iain
AU - Bauer, Siegfried
AU - Frediani, Gabriele
AU - Gallone, Giuseppe
AU - Gei, Massimiliano
AU - Graaf, Christian
AU - Jean-Mistral, Claire
AU - Kaal, William
AU - Kofod, Guggi
AU - Kollosche, Matthias
AU - Kornbluh, Roy
AU - Lassen, Benny
AU - Matysek, Marc
AU - Michel, Silvain
AU - Nowak, Stephan
AU - O'Brien, Benjamin
AU - Pei, Qibing
AU - Pelrine, Ron
AU - Rechenbach, Björn
AU - Rosset, Samuel
AU - Shea, Herbert
PY - 2015
Y1 - 2015
N2 - Dielectric elastomer transducers consist of thin electrically insulating elastomeric membranes coated on both sides with compliant electrodes. They are a promising electromechanically active polymer technology that may be used for actuators, strain sensors, and electrical generators that harvest mechanical energy. The rapid development of this field calls for the first standards, collecting guidelines on how to assess and compare the performance of materials and devices. This paper addresses this need, presenting standardized methods for material characterisation, device testing and performance measurement. These proposed standards are intended to have a general scope and a broad applicability to different material types and device configurations. Nevertheless, they also intentionally exclude some aspects where knowledge and/or consensus in the literature were deemed to be insufficient. This is a sign of a young and vital field, whose research development is expected to benefit from this effort towards standardisation.
AB - Dielectric elastomer transducers consist of thin electrically insulating elastomeric membranes coated on both sides with compliant electrodes. They are a promising electromechanically active polymer technology that may be used for actuators, strain sensors, and electrical generators that harvest mechanical energy. The rapid development of this field calls for the first standards, collecting guidelines on how to assess and compare the performance of materials and devices. This paper addresses this need, presenting standardized methods for material characterisation, device testing and performance measurement. These proposed standards are intended to have a general scope and a broad applicability to different material types and device configurations. Nevertheless, they also intentionally exclude some aspects where knowledge and/or consensus in the literature were deemed to be insufficient. This is a sign of a young and vital field, whose research development is expected to benefit from this effort towards standardisation.
U2 - 10.1088/0964-1726/24/10/105025
DO - 10.1088/0964-1726/24/10/105025
M3 - Article
SN - 0964-1726
VL - 24
SP - 105025
JO - Smart Materials and Structures
JF - Smart Materials and Structures
M1 - 105025
ER -