详细讨论了电流变流体的流变学特性及其关键参数；
The rheological properties of electrorheological fluid and its characteristic parameters are discussed in detail.
电流变流体是指那种在外加电场的作用下其流变性质发生急剧变化的一类流体。
Electrorheological Fluid(ERF)is a kind of special fluid whose rheological properties are changed dramatically under an applied electric field.
探讨了这些材料组成的电流变流体体系中，材料的相关性能与其电流变效应的关系。
The relationship between the er effect of these novel materials and their related properties was discussed.
模仿人的皮肤与肌肉组织，本文提出一种具有电流变流体的机器人手指柔顺指端的结构。
Imitating the skin and muscle of human beings this paper put forward a kind of structure of robotic compliant fingertips possessing electrorheologic fluid.
对聚苯胺体系电流变流体在正弦信号作用下的阻尼力响应及其频谱特性进行了理论和实验研究。
The dynamic properties of ER (electrorheological fluid), such as the damping force response and spectra of damping force, have been studied under the sinuous input excitation signal.
应用电流变流体技术于机械系统和流体控制系统，可实现无移动件或少移动件的机构，改善系统的动态品质。
The mechanism with a few or without moving pieces can be realized and dynamic character can be improved by applying technique of electroheological body to mechanical system and fluid control system.
目前关于电流变流体（ERF）在振动领域的研究主要集中在ERF阻尼器，而对ERF隔振器的研究尚不很深入。
Research on ERF chiefly concentrates at ERF damper in vibration domain at present. But still not go deep into to ERF shock isolator.
建立了由粘性阻尼和迟滞阻尼组成的电流变流体阻尼模型，通过对模型的傅立叶变换及数值仿真，验证了理论分析及阻尼模型的正确性。
Damping model of er fluid which included the viscous and hysteresis damping is established and proved to be effectiveness through Fourier transformation and numerical simulation.
电流变液是一种智能材料，同时它也属于复杂流体的范畴。
The electrorheological (ER) fluid, among the complex fluids, is a kind of smart or intelligent materials.
ER智能阻尼器是一种以可控流体-电流变液为主导材料的结构半主动控制装置。
The ER intelligent damper is a kind of semiactive control device of structures which is made of electrorheological fluid.
基于粘性阻尼和回滞阻尼组成的阻尼模型，对电流变(ER)流体的动力学特性进行了研究。
Using viscous and bilinear hysteresis damping model, the dynamic properties of electro rheological (er) fluid was analyzed.
该过程基于一种名为电流变的概念，在该过程中，流体可以从液体转变成像果冻一样粘稠。或者在电场中，呈现相反地情况。
Thee process relies on a concept called electrorheology, in which a fluid can morph from a liquid to a JELL-O–like consistency, or the other way around, in an electric field.
电流变响应在控制流动场中的描述，是研究ER型流体控制技术的一个重要环节。
The description of ER response in a flow field is a key link of researching ER fluid control technology.
电流变和磁流变流体是两类性能极为相似的可控流体。
Electroreological and magnetorheological fluids are two kinds of controllable fluid that have very similar performance.
根据牛顿流体模型和宾汉流体模型，对电流变液阻尼器进行了理论分析研究。
According to the model of Newton fluid and Bingham fluid, analyze and research performances of Electrorheologic damper.
根据牛顿流体模型和宾汉流体模型，对电流变液阻尼器进行了理论分析研究。
According to the model of Newton fluid and Bingham fluid, analyze and research performances of Electrorheologic damper.
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