Abstract
A silicone oil-based magnetorheological fluid was prepared with carbonyl iron powder as magnetic particles and silicone oil as carrier. Dimer acid was employed as surfactant. The viscosity, yield stress, and flow behavior of MRFs under steady shearing flow were analyzed. It is found that the addition of dimer acid provoked a significant increment in field-induced yield stress, suggesting a strengthened chain microstructure was developed by the dimer acid modified particles.
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