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首页> 外文期刊>Kautschuk + Gummi, Kunststoffe >Soft magnetic Elastomers with controllable Stiffness: Experiments and Modelling
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Soft magnetic Elastomers with controllable Stiffness: Experiments and Modelling

机译:具有可控制的刚度的软磁弹性体:实验和建模

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摘要

Composite magnetic materials based on soft non-magnetic polymers filled with magnetics inclusions are getting in the focus of materials science, since their mechanical properties can be tuned through an external Stimulus. These composites are frequently called magne-torheological elastomers (MREs) in ana-logy with magnetorheological fluids. Along with magnetic gels (ferrogels), fer-rofluids and magnetorheological fluids, the MREs establish a special class of smart materials, which are able to change their shape and mechanical be-haviour under external magnetic field. Nowadays, MREs are one of the most perspective smart materials, since they can be used for design of functionally integrated lightweight structures in Sensors, robotics, actuator and damper ap-plications [1-8].
机译:基于软非磁性聚合物填充了磁性夹杂物的复合磁性材料正成为材料科学的焦点,因为它们的机械性能可以通过外部刺激来调节。这些复合材料通常在与磁流变流体相似的情况下被称为氧化镁流变弹性体(MRE)。 MRE与磁凝胶(铁磁),铁磁流体和磁流变液一起,建立了一类特殊的智能材料,它们能够在外部磁场下改变其形状和机械性能。如今,MRE是最有远见的智能材料之一,因为它们可用于传感器,机器人,执行器和减震器应用[1-8]中功能集成的轻型结构的设计。

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