Electrorheological fluids : mechanisms, properties, technology, and applications
作者： R. Tao , G. D. Roy
DOI:
关键词: Magnetorheological fluid 、 Active systems 、 Electrorheological fluid 、 Dynamic strength 、 Mechanical engineering 、 Materials science 、 Thermodynamics 、 Rheology 、 Solid structure 、 Electric response
摘要: Fundamental Characteristics of the Components Various ER Active Systems (F E Filisko) The Polarization, Structuring and Rheology Fluids (H Block et al.) Simulations Solid Structure Formation in Electrorheological (R Tao Coarsening a Quiescent Fluid (T Halsey) Influence Particle Size on Dynamic Strength Conrad First Experiments Magneto-Electrorheological (V I Kordonsky Analysis Field Induced Structures Electro Magnetorheological (G Bossis Selection Commercial Electro-Rheological Devices (D A Brooks) Magnetic-Induced Monodisperse Magneto-Emulsions (J Liu Catch / Clutch (A R Johnson Pressure Coupling Electric Response Valves (M Whittle al.). (Part contents).
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