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DIRECT NUMERICAL SIMULATION OF MOTION OF FERROMAGNETIC PARTICLES IN MAGNETORHEOLOGICAL SUSPENSION

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Abstract:

Results simulation of magnetorheological suspension at particle level are reported. The present approach accounts for a better description of hydrodynamic interaction between close spheres. Development of lamellar structures similar to those obtained by other researchers in Poiseuille flow is observed in shear flow. Studies of single layer lamellar structures reveal presence of short chains and more complex aggregates.

Keywords: ferromagnetic particles; magnetorheological suspension; microstructure; particle-level simulation; shear flow

Document Type: Research Article

DOI: http://dx.doi.org/10.1080/10584580802557946

Affiliations: Physics Department, University of Latvia,

Publication date: January 1, 2008

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tandf/ginf/2008/00000102/00000001/art00003
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