Electrorheological Fluids: Mechanism, Properties, Structure, Technology And Applications

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.