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- W2106454949 abstract "Ionic Polymer Transducers (IPTs) can act as both actuators and sensors. As actuators, the energy density values are much better than PZT or PVDF materials. As sensors, IPTs are extraordinarily sensitive and have the potential to be used in any mode of deformation. However, application of IPT sensors is limited because of a lack of understanding of their fundamental physics. In this work, the main focus will be to explore and develop a better understanding of how IPTs function with respect to shear deformation. In turn, the results developed here will improve upon the state of understanding of IPT sensors in general and potentially expand meaningful application opportunities.Because IPT active response is a multiscale phenomenon, this study adopts a multiscale modeling framework. Of interest are the interplay among the polymeric backbone of the ionic polymer, the diluent present in the hydrophilic regions of the polymer and the interspersed electrode particulate. To begin, this work improves upon a past multiscale modeling framework for the polymer backbone based upon Rotational Isomeric State Theory such that the effects of material anisotropy may be considered. This is potentially significant in light of the polymer manufacturing process. These modeling results are then incorporated into a model of the diluent movement within the ionic transport regions of the IPT. The electrical current predictions are based upon streaming potential theories. Finally, this model incorporates viscoelastic behavior in order to develop a better understanding of the coupling of these two systems (the polymer and the diluent) and how this coupling influence affects the expected current output over time." @default.
- W2106454949 created "2016-06-24" @default.
- W2106454949 creator A5075673756 @default.
- W2106454949 date "2013-09-25" @default.
- W2106454949 modified "2023-09-28" @default.
- W2106454949 title "Multiscale Implications of Stress-Induced Ionic Polymer Transducer Sensing" @default.
- W2106454949 cites W1481340334 @default.
- W2106454949 cites W1505352099 @default.
- W2106454949 cites W1520964780 @default.
- W2106454949 cites W1530588880 @default.
- W2106454949 cites W1660369870 @default.
- W2106454949 cites W1965127033 @default.
- W2106454949 cites W1966798416 @default.
- W2106454949 cites W1967149819 @default.
- W2106454949 cites W1968080553 @default.
- W2106454949 cites W1969101697 @default.
- W2106454949 cites W1972585338 @default.
- W2106454949 cites W1972628842 @default.
- W2106454949 cites W1984687380 @default.
- W2106454949 cites W1988320685 @default.
- W2106454949 cites W1989105606 @default.
- W2106454949 cites W1989450404 @default.
- W2106454949 cites W1989982913 @default.
- W2106454949 cites W1990693028 @default.
- W2106454949 cites W1992221210 @default.
- W2106454949 cites W1993438819 @default.
- W2106454949 cites W1994610672 @default.
- W2106454949 cites W1994658878 @default.
- W2106454949 cites W1994694436 @default.
- W2106454949 cites W1995894862 @default.
- W2106454949 cites W1996420397 @default.
- W2106454949 cites W2002662297 @default.
- W2106454949 cites W2002817020 @default.
- W2106454949 cites W2006005616 @default.
- W2106454949 cites W2007224752 @default.
- W2106454949 cites W2007547193 @default.
- W2106454949 cites W2014184851 @default.
- W2106454949 cites W2016266599 @default.
- W2106454949 cites W2016630950 @default.
- W2106454949 cites W2018914462 @default.
- W2106454949 cites W2019292873 @default.
- W2106454949 cites W2026669658 @default.
- W2106454949 cites W2028771602 @default.
- W2106454949 cites W2030371725 @default.
- W2106454949 cites W2036897193 @default.
- W2106454949 cites W2037746047 @default.
- W2106454949 cites W2038717661 @default.
- W2106454949 cites W2039107936 @default.
- W2106454949 cites W2042826198 @default.
- W2106454949 cites W2046100394 @default.
- W2106454949 cites W2058430348 @default.
- W2106454949 cites W2059008183 @default.
- W2106454949 cites W2059173499 @default.
- W2106454949 cites W2060263457 @default.
- W2106454949 cites W2061822804 @default.
- W2106454949 cites W2062799186 @default.
- W2106454949 cites W2063701532 @default.
- W2106454949 cites W2065493015 @default.
- W2106454949 cites W2065522682 @default.
- W2106454949 cites W2066439058 @default.
- W2106454949 cites W2067712842 @default.
- W2106454949 cites W2070949882 @default.
- W2106454949 cites W2074587927 @default.
- W2106454949 cites W2075313785 @default.
- W2106454949 cites W2075430727 @default.
- W2106454949 cites W2075770973 @default.
- W2106454949 cites W2077811594 @default.
- W2106454949 cites W2078351939 @default.
- W2106454949 cites W2078847656 @default.
- W2106454949 cites W2079775184 @default.
- W2106454949 cites W2081211043 @default.
- W2106454949 cites W2085872790 @default.
- W2106454949 cites W2086450708 @default.
- W2106454949 cites W2086546879 @default.
- W2106454949 cites W2087594700 @default.
- W2106454949 cites W2090743413 @default.
- W2106454949 cites W2091073548 @default.
- W2106454949 cites W2092745760 @default.
- W2106454949 cites W2094255943 @default.
- W2106454949 cites W2096298061 @default.
- W2106454949 cites W2097281557 @default.
- W2106454949 cites W2103993262 @default.
- W2106454949 cites W2104568553 @default.
- W2106454949 cites W2105559159 @default.
- W2106454949 cites W2109958728 @default.
- W2106454949 cites W2112541142 @default.
- W2106454949 cites W2114798196 @default.
- W2106454949 cites W2115284427 @default.
- W2106454949 cites W2117861466 @default.
- W2106454949 cites W2124614417 @default.
- W2106454949 cites W2125118407 @default.
- W2106454949 cites W2128780440 @default.
- W2106454949 cites W2130214491 @default.
- W2106454949 cites W2137659726 @default.
- W2106454949 cites W2139019340 @default.
- W2106454949 cites W2142053015 @default.
- W2106454949 cites W2143167829 @default.
- W2106454949 cites W2145976479 @default.
- W2106454949 cites W2154706897 @default.
- W2106454949 cites W2159898685 @default.