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Electrorheological fluids : mechanisms, properties, structure, technology, and applications : proceedings of the international conference, 15-16 October 1991, Carbondale, illinois, USA

R. Tao

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Abstract

Order parameters and phase transitions in electrorheological fluids, R. Tao the structure and dynamics of electrorheological fluids, T.C. Hasey computer simulation of model electrorheological fluids, J. Takimoto electrically induced structure in electro- and magnetorheological suspensions, G. Bassis et al semi-conducting polymers as ER fluids substrates, H. Block et al rheological properties and models of dry ER materials, F.E. Filisko the strength of electrorheological fluids, H. Conrad and A.F. Sprecher performance characterization of ER fluids - durability, F.E. Boyle macroscopic behaviour of electrorheological fluids, K. Weiss and J.D. Carlson experimental and theoretical response times of electrorheological fluids, J. Hill et al transient response of electrorheological fluids, K. Tanaka et al design and development of flow based ER devices, D.A. Brooks behaviour of electrorheological value and bridges, Z. Lou et al testing on a high speed electro-rheological clutch, A.R. Johnson et al a low loss transmission system based on ER fluids, J.E. Stangroom.

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Order parameters and phase transitions in electrorheological fluids, R. Tao the structure and dynamics of electrorheological fluids, T.C. Hasey computer simulation of model electrorheological fluids, J. Takimoto electrically induced structure in electro- and magnetorheological suspensions, G. Bassis et al semi-conducting polymers as ER fluids substrates, H. Block et al rheological properties and models of dry ER materials, F.E. Filisko the strength of electrorheological fluids, H. Conrad and A.F. Sprecher performance characterization of ER fluids - durability, F.E. Boyle macroscopic behaviour of electrorheological fluids, K. Weiss and J.D. Carlson experimental and theoretical response times of electrorheological fluids, J. Hill et al transient response of electrorheological fluids, K. Tanaka et al design and development of flow based ER devices, D.A. Brooks behaviour of electrorheological value and bridges, Z. Lou et al testing on a high speed electro-rheological clutch, A.R. Johnson et al a low loss transmission system based on ER fluids, J.E. Stangroom.

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Available abstract

Order parameters and phase transitions in electrorheological fluids, R. Tao the structure and dynamics of electrorheological fluids, T.C. Hasey computer simulation of model electrorheological fluids, J. Takimoto electrically induced structure in electro- and magnetorheological suspensions, G. Bassis et al semi-conducting polymers as ER fluids substrates, H. Block et al rheological properties and models of dry ER materials, F.E. Filisko the strength of electrorheological fluids, H. Conrad and A.F. Sprecher performance characterization of ER fluids - durability, F.E. Boyle macroscopic behaviour of electrorheological fluids, K. Weiss and J.D. Carlson experimental and theoretical response times of electrorheological fluids, J. Hill et al transient response of electrorheological fluids, K. Tanaka et al design and development of flow based ER devices, D.A. Brooks behaviour of electrorheological value and bridges, Z. Lou et al testing on a high speed electro-rheological clutch, A.R. Johnson et al a low loss transmission system based on ER fluids, J.E. Stangroom.

Key concepts: Electrorheological fluid, Rheology, Magnetorheological fluid, Materials science, Composite material, Electric field, Physics, Magnetic field

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Electrorheological fluids : mechanisms, properties, structure, technology, and applications : proceedings of the international conference, 15-16 October 1991, Carbondale, illinois, USA — Research Paper | ScholarLens