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首页> 外文期刊>Materials Letters >Estimation Of Bending Resistance Of Ionic Polymer Metal Composite (ipmc) Actuator Following Variable Parameters Pseudo-rigid Body Model
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Estimation Of Bending Resistance Of Ionic Polymer Metal Composite (ipmc) Actuator Following Variable Parameters Pseudo-rigid Body Model

机译:可变参数伪刚体模型对离子聚合物金属复合材料(ipmc)作动器的抗弯强度的估计

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摘要

In this article bending resistance of IPMC has been estimated following a newly proposed variable parameters pseudo-rigid body model. First an experiment is conducted to study the voltage versus bending characteristics of IPMC and based on the experimental data the IPMC has been modeled through the proposed technique. Simulation has been performed and estimation of bending resistance has been made based on experimental results. It is observed that bending resistance of IPMC increases with input voltages although the changes remain insignificant after certain range.
机译:在本文中,已经根据新提出的可变参数伪刚体模型估算了IPMC的抗弯强度。首先进行了一项实验,以研究IPMC的电压与弯曲特性,并基于实验数据,通过提出的技术对IPMC进行了建模。已经进行了仿真,并根据实验结果估算了抗弯强度。可以看出,IPMC的抗弯强度随输入电压而增加,尽管在一定范围内变化仍然不明显。

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