… a nonvanishing electrochemical response in compression sensing is the mechanical one, as
… by the CL thicknesses and composition in the modelling, in our analytical development, for …

… Here, we will focus on the linear response of the eIPMC compression sensor, under the
hypothesis of small deformations, electric potentials, and deviations of the counterion …

… These two features of the theory underlie the modeling of actuation and sensing, … | d | 2 ︸
p pol , adopting the convention that each contribution to the pressure is positive if compressive. …

… Herein, we will focus on the linear response of the eIPMC compression sensor, under the
hypothesis of small: deformations, … “Modelling compression sensing in ionic polymer metal …

… Ionic polymer metal composites (IPMCs) are transducers that exploit a sandwich structure
to enhance the actuation performance of the ionomeric membrane constituting their core (…

… Although most studies have focused on modeling of IPMC sensors during bending in a …
of IPMCs as linear displacement sensors in axial compression. The relationship between the …

… is tensile, while the other becomes compressed. Then, gradient stress forms inside sensors
and causes the migration of mobile ions from compressed regions to the tensile regions. The …

… actuation response of ionic polymer–metal composites. Our … , and the deformation of the host
ionic polymer matrix. We have … for a Nafion-based ionic polymer–metal composite, and then …

… L, Rodella A, Cha Y, Porfiri M (2017) Modelling compression sensing in ionic polymer
metal … In the theoretical models developed in this thesis, we assume that the electrodes are …

… The equilibrated membrane was then used in our simplified setup for modelling the response
… The presence of a compression close to both the electrodes could cause the contraction of …